Attributes - SHOP documentation

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Each object type has a defined set of input and output attributes that hold the majority of all data in the SHOP model. The table lists all 1461 attributes. Filter on any column, click ▸ to show the description of an attribute, and click the attribute name for its full documentation on the object page.

Object type	Attribute name	Data type	I/O	Required	Unit	Default value	License	Version added	NaN Allowed	Description
reservoir	latitude	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	13.0.0.a	No	Reserved for future use.
reservoir	longitude	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	13.0.0.a	No	Reserved for future use.
reservoir	max_vol	double	Input	Yes	MM3	0.0	SHOP_OPEN	13.0.0.a	No	Maximum volume of the reservoir.
reservoir	lrl	double	Input	Yes	METER	0.0	SHOP_OPEN	13.0.0.a	No	Lowest Regulation Level (meter above sea level) of the reservoir.
reservoir	hrl	double	Input	Yes	METER	0.0	SHOP_OPEN	13.0.0.a	No	Highest Regulation Level (meter above sea level) of the reservoir.
reservoir	vol_level	xy	Input	Yes	x: MM3 and y: METER	None/null	SHOP_OPEN	13.0.0.a	No	The volume (Mm3) and water level (meter above sea level) relation of the reservoir. The list should cover all feasible reservoir level values so that the volume-head conversion is always successful.
reservoir	level_area	xy	Input	No	x: METER and y: KM2	None/null	SHOP_OPEN	14.6.0.0	No	The water level (meter above sea level) and surface area (Km2) relation of the reservoir.
reservoir	elevation_adjustment	timeseries	Input	No	METER	None/null	SHOP_ELEVATION_ADJUSTMENT	13.0.0.a	No	Adjustment for the lowest regulation level (lrl), highest regulation level (hrl), and the volume (Mm3) and water level (meter above sea level) relation of the reservoir.
reservoir	start_vol	double	Input	No	MM3	0.0	SHOP_OPEN	13.0.0.a	No	Reservoir start volume. If start_vol and start_level are both defined, the value of the prefer_start_vol attribute on global_settings will decide which is used.
reservoir	start_level	double	Input	No	METER	0.0	SHOP_OPEN	13.0.0.a	No	Reservoir start water level (meter above sea level). If start_vol and start_level are both defined, the value of the prefer_start_vol attribute on global_settings will decide which is used.
reservoir	inflow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Natural inflow to reservoir.
reservoir	inflow_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.2.0.a	No	Flag determining whether the inflow to a reservoir should be used as input or calculated as output in the simulation: 0 = input; 1 = output.
reservoir	sim_inflow_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SIMULATION	13.0.0.a	No	Flag determining whether inflow should be simulated to reservoir or not.
reservoir	flow_descr	xy	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	13.0.0.a	No	The water level (meter above sea level) and overflow (m3/s) relation of the reservoir. Only used when a spill gate is connected, please see the overflow modelling example.
reservoir	overflow_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OVERFLOW_MIP	13.0.0.a	No	Flag determining whether the binary variables should be used to prevent non-physical spill.
reservoir	overflow_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Overflow cost for the reservoir.
reservoir	overflow_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether overflow cost for this reservoir should be included in the optimization model.
reservoir	min_vol_constr	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent minimum volume limit for the reservoir.
reservoir	min_vol_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent minimum volume limit for the reservoir should be included in the optimization model.
reservoir	max_vol_constr	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent maximum volume limit for the reservoir.
reservoir	max_vol_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent maximum volume limit for the reservoir should be included in the optimization model.
reservoir	min_level_constr	timeseries	Input	No	METER	None/null	SHOP_OPEN	14.0.0.1	Yes	Time-dependent minimum water level limit for the reservoir. The min_vol_constr attribute is preferred if it is present for the same reservoir.
reservoir	min_level_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	Flag determining whether the time-dependent minimum water level limit for the reservoir should be included in the optimization model.
reservoir	max_level_constr	timeseries	Input	No	METER	None/null	SHOP_OPEN	14.0.0.1	Yes	Time-dependent maximum water level limit for the reservoir. The max_vol_constr attribute is preferred if it is present for the same reservoir.
reservoir	max_level_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	Flag determining whether the time-dependent maximum water level limit for the reservoir should be included in the optimization model.
reservoir	tactical_limit_min	timeseries	Input	No	MM3	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	Yes	Tactical (soft) minimum volume limit for the reservoir.
reservoir	tactical_limit_min_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	No	Flag determining whether the tactical minimum volume limit should be included in the optimization model.
reservoir	tactical_cost_min	timeseries	Input	No	NOK/MM3H	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	Yes	Given penalty cost for violating the tactical minimum volume limit for the reservoir.
reservoir	tactical_cost_min_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	No	Flag determining whether the penalty cost for violating the tactical minimum volume limit should be included in the optimization model.
reservoir	tactical_limit_max	timeseries	Input	No	MM3	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	Yes	Tactical (soft) maximum volume limit for the reservoir.
reservoir	tactical_limit_max_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	No	Flag determining whether the tactical maximum volume limit should be included in the optimization model.
reservoir	tactical_cost_max	timeseries	Input	No	NOK/MM3H	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	Yes	Given penalty cost for violating the tactical maximum volume limit for the reservoir.
reservoir	tactical_cost_max_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	No	Flag determining whether the penalty cost for violating the tactical maximum volume limit should be included in the optimization model.
reservoir	tactical_level_limit_min	timeseries	Input	No	METER	None/null	SHOP_TACTICAL_LIMIT	15.7.0.0	Yes	Tactical minimum level limit for the reservoir.
reservoir	tactical_level_limit_max	timeseries	Input	No	METER	None/null	SHOP_TACTICAL_LIMIT	15.7.0.0	Yes	Tactical maximum level limit for the reservoir.
reservoir	upper_slack	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Used to expand the upper reservoir limit when running with an active reservoir schedule so that the volume can be between the schedule and upper_slack.
reservoir	lower_slack	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Used to expand the lower reservoir limit when running with an active reservoir schedule so that the volume can be between the schedule and lower_slack.
reservoir	schedule	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Reservoir volume schedule used to specify the volume of the reservoir in each time step. Must be combined with a schedule_flag to be active.
reservoir	schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the reservoir volume schedule should be included in the optimization model: 0 = no schedule; 1 = the endpoint interval upper_slack and lower_slack is valid; 2 = reservoir volume schedule is valid anywhere during the optimization period.
reservoir	sim_volume_schedule	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Reservoir volume schedule used in the SHOP simulator when simulating reservoir inflow with the /inflow command option. The sim_volume_schedule takes precedence over the sim_level_schedule if both are defined. If neither attribute is defined, the storage attribute (result from the optimization) is used.
reservoir	sim_level_schedule	timeseries	Input	No	METER	None/null	SHOP_OPEN	13.0.0.a	No	Reservoir water level schedule used in the SHOP simulator when simulating reservoir inflow with the /inflow command option. The sim_volume_schedule takes precedence over the sim_level_schedule if both are defined. If neither attribute is defined, the storage attribute (result from the optimization) is used.
reservoir	volume_ramping_up	timeseries	Input	No	MM3/HOUR	None/null	SHOP_OPEN	14.0.0.1	Yes	Maximum limit for increase in reservoir volume per hour.
reservoir	volume_ramping_down	timeseries	Input	No	MM3/HOUR	None/null	SHOP_OPEN	14.0.0.1	Yes	Maximum limit for decrease in reservoir volume per hour.
reservoir	level_ramping_up	timeseries	Input	No	METER/HOUR	None/null	SHOP_OPEN	14.0.0.1	Yes	Maximum limit for increase in reservoir level per hour.
reservoir	level_ramping_down	timeseries	Input	No	METER/HOUR	None/null	SHOP_OPEN	14.0.0.1	Yes	Maximum limit for decrease in reservoir level per hour.
reservoir	water_value_input	xy_array	Input	No	x: MM3 and y: NOK/MM3	None/null	SHOP_OPEN	14.0.0.1	No	The input water value description of water values referred to the sea. Can be a single constant value, a water value table (xy), or cut coefficients for a single or multiple price nodes. In the case of price dependent cut coefficients, the reference value of each xy in the xy_array should be the relevant price level.
reservoir	energy_value_input	double	Input	No	NOK/MWH	0.0	SHOP_OPEN	14.0.0.1	No	The input local energy value of the reservoir which will be converted to a global water value internally.
reservoir	peak_volume_cost_curve	xy	Input	No	x: MM3 and y: NOK/MM3	None/null	SHOP_FLOOD_SUPPORT	14.2.2.0	No	A piece-wise constant increasing cost which is applied to the highest reservoir volume reached in the optimization horizon.
reservoir	flood_volume_cost_curve	xy	Input	No	x: MM3 and y: NOK/MM3	None/null	SHOP_FLOOD_SUPPORT	14.2.2.0	No	A piece-wise constant increasing cost curve which is used to penalize the reservoir volume level in each hour of the optimzation.
reservoir	evaporation_rate	timeseries	Input	No	METER/HOUR	None/null	SHOP_OPEN	14.6.0.0	No	Evaporation rate of water from the reservoir.
reservoir	level_rolling_ramping_penalty_cost	timeseries	Input	No	NOK/METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	No	The penalty cost for breaking any rolling ramping constraint applied to the reservoir level.
reservoir	level_period_ramping_penalty_cost	timeseries	Input	No	NOK/METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	No	The penalty cost for breaking any period ramping constraint applied to the reservoir level.
reservoir	average_level_rolling_ramping_up	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the reservoir level upwards from the average reservoir level in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the reservoir level can increase above the average rolling level. Each (x, y) point in each XY curve represents a rolling ramping constraint.
reservoir	average_level_rolling_ramping_down	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the reservoir level downwards from the average reservoir level in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the reservoir level can decrease below the average rolling level. Each (x, y) point in each XY curve represents a rolling ramping constraint.
reservoir	limit_level_rolling_ramping_up	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the reservoir level upwards from the minimal reservoir level in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the reservoir level can increase above the minimal rolling level. Each (x, y) point in each XY curve represents a rolling ramping constraint.
reservoir	limit_level_rolling_ramping_down	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the reservoir level downwards from the maximal reservoir level in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the reservoir level can decrease below the maximal rolling level. Each (x, y) point in each XY curve represents a rolling ramping constraint.
reservoir	average_level_period_ramping_up	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the reservoir level upwards from the average reservoir level in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the reservoir level can increase above the average level in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
reservoir	average_level_period_ramping_down	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the reservoir level downwards from the average reservoir level in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the reservoir level can decrease below the average level in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
reservoir	limit_level_period_ramping_up	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the reservoir level upwards from the minimal reservoir level in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the reservoir level can increase above the minimal level in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
reservoir	limit_level_period_ramping_down	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the reservoir level downwards from the maximal reservoir level in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the reservoir level can decrease below the maximal level in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
reservoir	historical_level	timeseries	Input	No	METER	None/null	SHOP_OPEN	15.2.0.0	No	The reservoir level for times before the optimization start. The input start volume or start level of the reservoir will override any value in this timeseries that corresponds to the start time of the optimization, values inside the optimization horizon are ignored. The datatype of this attribute changed from XY to timeseries in version 15.3.1.0.
reservoir	average_level_period_ramping_up_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the average_level_period_ramping_up attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the average ramping up period constraints.
reservoir	average_level_period_ramping_down_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the average_level_period_ramping_down attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the average ramping down period constraints.
reservoir	limit_level_period_ramping_up_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the limit_level_period_ramping_up attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the limit ramping up period constraints.
reservoir	limit_level_period_ramping_down_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the limit_level_period_ramping_down attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the limit ramping up period constraints.
reservoir	volume_nonseq_ramping_limit_up	xyt	Input	No	x: MINUTE and y: MM3	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit volume ramping between two non-sequential time steps. Start time is given by time T, duration by X and ramping by Y.
reservoir	volume_nonseq_ramping_limit_down	xyt	Input	No	x: MINUTE and y: MM3	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit volume ramping between two non-sequential time steps. Start time is given by time T, duration by X and ramping by Y.
reservoir	volume_amplitude_ramping_limit_up	xyt	Input	No	x: MINUTE and y: MM3	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit volume ramping between in time interval. Start time is given by time T, duration by X and ramping by Y.
reservoir	volume_amplitude_ramping_limit_down	xyt	Input	No	x: MINUTE and y: MM3	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit volume ramping between in time interval. Start time is given by time T, duration by X and ramping by Y.
reservoir	level_nonseq_ramping_limit_up	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit level ramping between two non-sequential time steps. Start time is given by time T, duration by X and ramping by Y.
reservoir	level_nonseq_ramping_limit_down	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit level ramping between two non-sequential time steps. Start time is given by time T, duration by X and ramping by Y.
reservoir	level_amplitude_ramping_limit_up	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit level ramping between in time interval. Start time is given by time T, duration by X and ramping by Y.
reservoir	level_amplitude_ramping_limit_down	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Limit level ramping between in time interval. Start time is given by time T, duration by X and ramping by Y.
reservoir	dynamic_level_limit	xyt	Input	No	x: MINUTE and y: METER	None/null	SHOP_OPEN	17.1.0	No	Input to specify the maximum difference between the max and min reservoir level within given time periods. The x-values represent the length of the fixed time period and the y-values specify the max difference in reservoir level within that time period.
reservoir	dynamic_level_limit_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_OPEN	17.1.0	No	The y-values must be the same as the period lengths used in the dynamic_level_limit attribute, while the strings are timestamps that specify when the first whole dynamic level limit period starts for each of the dynamic level limit constraints.
reservoir	dynamic_level_limit_penalty_cost	timeseries	Input	No	NOK/METER	None/null	SHOP_OPEN	17.1.0	No	The penalty cost for breaking the dynamic reservoir level limits.
reservoir	disable_penalties	int	Input	No	NO_UNIT	0	SHOP_OPEN	17.11.0	No	Disable the use of reservoir penalty variables by setting this parameter to 1. This means that SHOP is unable to create or destroy water in this reservoir by using penalties, but the optimization model may become infeasible. If the corresponding global settings attribute ‘disable_rsv_penalties’ is set to 1, this takes precedence over any individual reservoir specification.
reservoir	storage	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting reservoir volume, includes both the start volume and the final end volume in the optimization.
reservoir	sim_storage	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.2.0.a	No	Simulated reservoir volume.
reservoir	level	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.0.0.a	No	Resulting reservoir water level (meter above sea level), calculated by converting the volume of the reservoir with the vol_level curve.
reservoir	area	timeseries	Output	No	KM2	None/null	SHOP_OPEN	14.6.0.0	No	Resulting reservoir surface area (km2), used to calculate evaporation.
reservoir	sim_level	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.2.0.a	No	Simulated reservoir water level (meter above sea level).
reservoir	sim_inflow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.2.0.a	No	Simulated inflow to the reservoir that is calculated when the SHOP simulator is used to calculate inflow with the /inflow command option.
reservoir	sim_water_surplus	timeseries	Output	No	MM3	None/null	SHOP_OPEN	16.8.0	No	Simulated reservoir volume that has been subtracted from the simulation to maintain the reservoir below the maximal volume defined in the vol_level curve. Similar to reservoir penalty from the optimization.
reservoir	sim_water_deficit	timeseries	Output	No	MM3	None/null	SHOP_OPEN	16.8.0	No	Simulated reservoir volume that has been added from the simulation to maintain the reservoir above 0 Mm3. Similar to reservoir penalty from the optimization.
reservoir	endpoint_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the maximum or minimum volume limit for the reservoir at the end of the optimization period is violated.
reservoir	penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the maximum or minimum volume limit for the reservoir during the optimization period is violated.
reservoir	tactical_penalty_up	timeseries	Output	No	MM3	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	No	Resulting penalty when the tactical maximum volume limit for the reservoir is violated.
reservoir	tactical_penalty_down	timeseries	Output	No	MM3	None/null	SHOP_TACTICAL_LIMIT	13.0.0.a	No	Resulting penalty when the tactical minimum volume limit for the reservoir is violated.
reservoir	end_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost when the maximum or minimum volume limit for the reservoir at the end of the optimization period is violated.
reservoir	penalty_nok	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost when the maximum or minimum volume limit for the reservoir during the optimization period is violated.
reservoir	tactical_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost when the tactical maximum or minimum volume limit for the reservoir is violated.
reservoir	water_value_global_result	timeseries	Output	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	No	Marginal cost of 1 Mm3 of the water in the reservoir calculated using the sum of the best efficiency point of all cascaded plants below this reservoir.
reservoir	water_value_local_result	timeseries	Output	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	No	Marginal cost of 1 Mm3 of the water discharged from the reservoir through the downstream plant.
reservoir	energy_value_local_result	timeseries	Output	No	NOK/MWH	None/null	SHOP_OPEN	13.0.0.a	No	Marginal cost of 1 MWh power that generated from the water in the reservoir through the downstream plant.
reservoir	end_value	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Value of reservoir contents at the end of the optimization period.
reservoir	change_in_end_value	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Relative change in value of reservoir contents between the start and the end of the optimization horizon.
reservoir	vow_in_transit	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Value of delayed water on its way to this reservoir after the end of the optimization period.
reservoir	calc_global_water_value	double	Output	No	NOK/MM3	0.0	SHOP_OPEN	14.0.0.1	No	The resulting global water value of the reservoir after the local energy value has been converted internally based on the energy_conversion_factor reservoir attribute.
reservoir	energy_conversion_factor	double	Output	No	MWH/MM3	0.0	SHOP_OPEN	14.0.0.1	No	The calculated conversion factor between MWh and Mm3 based on the first plant below the reservoir and initial start head.
reservoir	global_energy_conversion_factor	double	Output	No	MWH/MM3	0.0	SHOP_OPEN	18.4.0	No	The total calculated energy conversion factor for this reservoir all the way down to sea. Based on the energy_conversion_factor of the reservoir and all subsequent reservoirs in the watercourse and initial start head.
reservoir	water_value_cut_result	xy_array	Output	No	x: MM3 and y: NOK/MM3	None/null	SHOP_SCENARIO_FUNCTIONALITY	14.0.0.1	No	The resulting output water value cut coefficients when SHOP is used to create cuts.
reservoir	added_to_network	int	Output	No	NO_UNIT	0	SHOP_TUNNEL	13.0.0.a	No	Flag determining whether the model has determined that this reservoir is part of a tunnel network.
reservoir	network_no	int	Output	No	NO_UNIT	0	SHOP_TUNNEL	13.0.0.a	No	Network identification number set by the model to indicate which tunnel network this reservoir is part of.
reservoir	peak_volume_penalty	timeseries	Output	No	NOK	None/null	SHOP_FLOOD_SUPPORT	14.0.1.1	No	The peak volume penalty incurred for the reservoir, zero in all time steps except for when the reservoir volume peak occurs.
reservoir	flood_volume_penalty	timeseries	Output	No	NOK	None/null	SHOP_FLOOD_SUPPORT	14.2.2.0	No	The penalty incurred for the reservoir based on the optimized reservoir volume and the flood_volume_cost_curve.
reservoir	physical_spill	double	Output	No	MM3	0.0	SHOP_OPEN	18.3.0	No	The sum of river spill volume for the part of the spill that represents physical spill, i.e. the spill occurs when the water reaches max_vol of the reservoir.
reservoir	nonphysical_spill	double	Output	No	MM3	0.0	SHOP_OPEN	18.3.0	No	The sum of river spill volume for the part of the spill that represents non-physical spill, i.e. the spill occurs when the water does not reach max_vol of the reservoir.
plant	num_gen	int	Output	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Number of generators in the plant.
plant	num_pump	int	Output	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Number of pumps in the plant.
plant	less_distribution_eps	double	Input	No	NO_UNIT	0.001	SHOP_OPEN	13.0.0.a	No	The tolerance level for heuristically distributing discharge on generators.
plant	latitude	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	13.0.0.a	No	Reserved for future use.
plant	longitude	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	13.0.0.a	No	Reserved for future use.
plant	power_head_optimization_factor	double	Input	No	NO_UNIT	1.0	SHOP_OPEN	15.5.0.0	No	Individual scale factor for plant power head optimization.
plant	exclude_from_bp_calculations	int	Input	No	NO_UNIT	0	SHOP_OPEN	17.15.0	No	Setting this attribute to 1 will skip the plant in the Best Profit calculations.
plant	ownership	double	Input	No	%	100.0	SHOP_OWNERSHIP	13.0.0.a	No	Percentage of ownership of plant in case of shared ownership. Used to scale generator efficiency curves accordingly.
plant	prod_area	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: use a busbar object per price area and connect the appropriate units and markets to the busbars. Production from this plant will be sold in markets connected to the given price area.
plant	prod_area_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: use a busbar object per price area and connect the appropriate units and markets to the busbars. Flag determining whether production area connection should be included in the optimization model.
plant	prod_factor	double	Input	No	KWH/MM3	0.0	SHOP_OPEN	13.0.0.a	No	Optional fixed production factor for the plant in KWh/m3, which is used to convert between NOK/MWh and NOK/Mm3. If this is not specified (value of 0.0), SHOP will calculate a production factor for the plant based on best point operation given the initial plant head.
plant	outlet_line	double	Input	No	METER	0.0	SHOP_OPEN	13.0.0.a	No	The level (meter above sea level) of the outlet tunnel from the plant.
plant	intake_line	timeseries	Input	No	METER	None/null	SHOP_EXTENDED_PUMP_FUNCTIONALITY	13.0.0.a	No	Minimum upper level used to calculate the height the pump must lift water to. The upper reservoir water level is used if it is above the value of intake_line.
plant	main_loss	double_array	Input	Yes	S2/M5	None/null	SHOP_OPEN	13.0.0.a	No	The loss factor for the main tunnel of the plant. Loss is assumed to be a quadratic function of flow.
plant	penstock_loss	double_array	Input	Yes	S2/M5	None/null	SHOP_OPEN	13.0.0.a	No	The list of loss factors for the penstocks of the plant, multiple units may share a penstock. Loss is assumed to be a quadratic function of flow.
plant	tailrace_loss	xy_array	Input	No	x: M3/S and y: METER	None/null	SHOP_OPEN	13.0.0.a	No	The head loss curve for the tailrace of the plant which can be modelled as an additional head loss related to the discharge of the plant (and bypass if intake_loss_from_bypass_flag is active). Each XY curve is referred to a downstream level in masl.
plant	tailrace_loss_from_bypass_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether bypass discharge should be included in the calculation of tailrace loss for the plant. If the flag is zero or not set, only plant discharge is used to calculate tailrace loss. If the flag is 1, the flow in the rivers and the discharge in the bypass gates that carry water past the plant are counted towards the tailrace loss calculation in addition to the plant discharge. When the plant discharges into a river, SHOP uses the flow at the top of the first river downstream where the plant discharge meets other water, since this is where the total flow in the watercourse just below the plant is found. If the plant discharges into a reservoir, all bypass gates and all rivers that discharge into this reservoir are counted. The rivers that are used can be given explicitly with the tailrace_loss_river_names attribute.
plant	tailrace_loss_river_names	string_array	Input	No	STRING	None/null	SHOP_OPEN	18.5.0	No	Names of the rivers whose flow at the top of the river should be used as bypass flow when calculating tailrace loss for the plant, used instead of the rivers SHOP identifies from the topology. The plant discharge is subtracted from the sum of the flow in these rivers if the plant discharges into one of them or into a river above one of them. Only relevant if tailrace_loss_from_bypass_flag is set to 1. Leave empty to let SHOP find the rivers from the topology, and see the log for the rivers and gates that are used. Naming two rivers where one flows into the other counts the water in between twice and is warned about.
plant	intake_loss	xy_array	Input	No	x: M3/S and y: METER	None/null	SHOP_OPEN	13.0.0.a	No	The head loss curve for the intake of the plant which can be modelled as an additional head loss related to the discharge of the plant (and bypass if intake_loss_from_bypass_flag is active). Each XY curve is referred to an upstream level in masl.
plant	intake_loss_from_bypass_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether bypass discharge should be included in the calculation of intake loss for the plant. If the flag is zero or not set, only plant discharge is used to calculate intake loss. If the flag is 1 and the plant is connected to an upstream reservoir, all bypass gates and all rivers that discharge out of this reservoir are counted towards the intake loss calculation in addition to the plant discharge. The rivers that are used can be given explicitly with the intake_loss_river_names attribute.
plant	intake_loss_river_names	string_array	Input	No	STRING	None/null	SHOP_OPEN	18.5.0	No	Names of the rivers whose flow at the top of the river should be used as bypass flow when calculating intake loss for the plant, used instead of the rivers flowing out of the reservoir above the plant that SHOP identifies from the topology. Only relevant if intake_loss_from_bypass_flag is set to 1. Leave empty to let SHOP find the rivers from the topology, and see the log for the rivers and gates that are used.
plant	tides	timeseries	Input	No	DELTA_METER	None/null	SHOP_OPEN	13.0.0.a	No	The change of plant head related to tides.
plant	time_delay	int	Input	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Deprecated: All time delay should be modelled by using the river object (does not require additional license). The delay between the water leaving the plant and until it ends up in the downstream reservoir.
plant	shape_discharge	xy	Input	No	x: HOUR and y: NO_UNIT	None/null	SHOP_DYNAMIC_DELAY	13.0.0.a	No	Deprecated: All time delay should be modelled by using the river object (does not require additional license). Describes the shape of the delayed discharge as a wave function of ratios per time step.
plant	discharge_fee	timeseries	Input	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Extra cost for plant discharge referring to the time when it was discharged by the plant.
plant	discharge_fee_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the discharge fee should be included in the optimization model.
plant	discharge_cost_curve	xy	Input	No	x: M3/S and y: NOK/H/M3/S	None/null	SHOP_BLOCK_MERGE	13.0.0.a	No	Extra cost depending on the discharge of the plant.
plant	feeding_fee	timeseries	Input	No	NOK/MWH	None/null	SHOP_FEEDING_FEE	13.0.0.a	Yes	Extra cost for feeding electricity into the grid. The feeding fee is added as an extra production cost in the objective function.
plant	feeding_fee_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_FEEDING_FEE	13.0.0.a	No	Flag determining whether the feed-in fee should be included in the optimization model.
plant	production_fee	timeseries	Input	No	NOK/MWH	None/null	SHOP_CONSUMPTION_FEE	13.0.0.a	Yes	Fee that is used to reduce the sale price for energy delivered by this plant.
plant	production_fee_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_CONSUMPTION_FEE	13.0.0.a	No	Flag determining whether the production fee should be included in the optimization model.
plant	consumption_fee	timeseries	Input	No	NOK/MWH	None/null	SHOP_CONSUMPTION_FEE	13.0.0.a	Yes	Fee that is used to increase the buy price for energy consumed by this plant.
plant	consumption_fee_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_CONSUMPTION_FEE	13.0.0.a	No	Flag determining whether the consumption fee should be included in the optimization model.
plant	linear_startup_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Flag determining whether the plant should have linear startup costs when MIP is not active.
plant	maintenance_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	Flag determining whether the plant is out for maintenance or not.
plant	mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining for which time steps to use binary variables to model generator startup and min production.
plant	mip_length	timeseries	Input	No	NO_UNIT	None/null	SHOP_FLEX_MIP	13.0.0.a	Yes	Set the binary variable length to another value other than the default length of one time step.
plant	mip_length_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_FLEX_MIP	13.0.0.a	No	Flag determining whether the mip_length should be included in the optimization model.
plant	gen_priority	int_array	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Prioritization for startup order of generators. If no generators have timeseries priority, use this static generator priority. Use positive values to set priority. Value 0 means that no priority has been defined.
plant	n_seg_down	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	The number of segments below the best efficiency point of the unit in the building of original PQ curve in incremental mode.
plant	n_seg_up	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	The number of segments above the best efficiency point of the unit in the building of original PQ curve in incremental mode.
plant	n_mip_seg_down	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	The number of segments below the best efficiency point of the unit in the building of original PQ curve in full mode.
plant	n_mip_seg_up	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	The number of segments below the best efficiency point of the unit in the building of original PQ curve in full mode.
plant	dyn_pq_seg_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether dynamically define the segments in the building of the original PQ curve for all the units in this plant in incremental mode.
plant	dyn_mip_pq_seg_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	Flag determining whether dynamically define the segments in the building of the original PQ curve for all the units in this plant in full mode.
plant	build_original_pq_curves_by_discharge_limits	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.0.0	Yes	Flag determining whether the original PQ curve should only consider only physical discharge-related limits or take into account all the operating limits.
plant	min_p_constr	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent minimum production limit for the plant.
plant	min_p_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent minimum production limit for the plant should be included in the optimization model. If the flag is set equal to 2, all downward FCR-N, FCR-D, FRR, and RR reserve capcity allocated on the generators in the plant is also included in the constraint.
plant	min_p_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the time-dependent minimum production limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	min_p_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Given penalty cost for violating the time-dependent minimum production limit for the plant (if min_p_penalty_flag is set as 1).
plant	min_p_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the cost for violating the minimum production constraint should be included in the optimization model.
plant	max_p_constr	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent maximum production limit for the plant.
plant	max_p_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent maximum production limit for the plant should be included in the optimization model.
plant	max_p_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the time-dependent maximum production limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	max_p_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Given penalty cost for violating the time-dependent maximum production limit for the plant (if max_p_penalty_flag is set as 1).
plant	max_p_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the cost for violating the maximum production constraint should be included in the optimization model.
plant	min_q_constr	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent minimum discharge limit for the plant.
plant	min_q_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent minimum discharge limit for the plant should be included in the optimization.
plant	min_q_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the time-dependent minimum discharge limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	min_q_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Given penalty cost for violating the time-dependent minimum discharge limit for the plant (if min_q_penalty_flag is set as 1).
plant	min_q_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the cost for violating the minimum discharge constraint should be included in the optimization model.
plant	max_q_constr	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent maximum discharge limit for the plant.
plant	max_q_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent maximum discharge limit for the plant should be included in the optimization model.
plant	max_q_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the time-dependent maximum discharge limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	max_q_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Given penalty cost for violating the time-dependent maximum discharge limit for the plant by (if max_q_penalty_flag is set as 1).
plant	max_q_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Flag determining whether the cost for violating the maximum discharge constraint should be included in the optimization model.
plant	max_q_limit_rsv_up	xy	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Maximum plant discharge limit (m3/s) and upstream reservoir water level (meter above sea level) relation.
plant	max_q_limit_rsv_down	xy	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Maximum plant discharge limit (m3/s) and downstream reservoir water level (meter above sea level) relation.
plant	production_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Plant production schedule.
plant	production_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the plant production schedule should be included in the optimization model.
plant	discharge_schedule	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Discharge schedule.
plant	discharge_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the plant discharge schedule should be included in the optimization model.
plant	consumption_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Plant consumption schedule.
plant	consumption_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the plant consumption schedule should be included in the optimization model.
plant	upflow_schedule	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Plant upflow schedule.
plant	upflow_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the plant upflow schedule should be included in the optimization model.
plant	sched_penalty_cost_down	double	Input	No	NOK		SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Given penalty cost for deviating below the plant schedule.
plant	sched_penalty_cost_up	double	Input	No	NOK		SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Given penalty cost for deviating above the plant schedule.
plant	power_ramping_up	timeseries	Input	No	MW_HOUR	None/null	SHOP_OPEN	13.0.0.a	Yes	Maximum limit for increase in plant production per hour.
plant	power_ramping_down	timeseries	Input	No	MW_HOUR	None/null	SHOP_OPEN	13.0.0.a	Yes	Maximum limit for decrease in plant production per hour.
plant	discharge_ramping_up	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_OPEN	13.0.0.a	Yes	Maximum limit for increase in plant discharge per hour.
plant	discharge_ramping_down	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_OPEN	13.0.0.a	Yes	Maximum limit for decrease in plant discharge per hour.
plant	block_merge_tolerance	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Maximum deviation in production between two time steps that allows SHOP to force these hours to have the same production in later iterations.
plant	block_generation_mwh	timeseries	Input	No	MINUTE	None/null	SHOP_BLOCK_GENERATION	13.0.0.a	No	Gives a constant production for the plant in one or more blocks of time steps. The t-value denotes the time of the block start and the y-value the block length in minutes. The block length is repeated until a new t-value and corresponding y-value is given.
plant	block_generation_m3s	timeseries	Input	No	MINUTE	None/null	SHOP_BLOCK_GENERATION	13.0.0.a	No	Gives a constant discharge for the plant in one or more blocks of time steps. The t-value denotes the time of the block start and the y-value the block length in minutes. The block length is repeated until a new t-value and corresponding y-value is given.
plant	frr_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FRR_UP delivery for the plant.
plant	frr_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FRR_UP delivery for the plant.
plant	frr_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FRR_DOWN delivery for the plant.
plant	frr_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FRR_DOWN delivery for the plant.
plant	rr_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum RR_UP delivery for the plant.
plant	rr_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	15.5.3.0	Yes	Minimum RR_DOWN delivery for the plant.
plant	frr_symmetric_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether all the generators in the plant should deliver both FRR_UP and FRR_DOWN as long as they are assigned for the FRR reserve.
plant	bp_dyn_wv_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Flag determining whether water values in the best profit calculation should be based on dynamic results per time step from the optimization or the static end value description.
plant	ref_prod	timeseries	Output	No	MW	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Production of the plant indicating the planned operating point as starting point for the best profit calculation.
plant	plant_unbalance_recommit	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	Flag determining whether the generators in the plant should be recommitted when the optimization model changes from full mode to incremental mode and the resulting plant discharge is smaller than the optimal discharge from solver.
plant	spinning_reserve_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.5.0	Yes	Sets a maximum limit for the sum of spinning reserves delivered in the upward direction for the plant. The sum ranges over reserves delivered on all generators and pumps in the plant.
plant	spinning_reserve_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.5.0	Yes	Sets a maximum limit for the sum of spinning reserves delivered in the downward direction for the plant. The sum ranges over reserves delivered on all generators and pumps in the plant.
plant	ramping_steps	xy_array	Input	No	x: MW and y: MW_HOUR	None/null	SHOP_RAMP_STEP	15.0.1.0	No	X-value: Defines the production steps with different ramping values (p_max of the plant should be the final value). Y-value: Maximum change in production per hour if the production in the previous time step is in this ramping interval. Ref: Select which series to use based on input from ramping_step_reference_discharge. Changed from xy to xy_array from 15.3.4.0.
plant	ramping_steps_up	xy_array	Input	No	x: MW and y: MW_HOUR	None/null	SHOP_RAMP_STEP	17.16.0	No	Same as the ramping_steps attribute, but only applies ramping constraints in the upward direction. The ramping_steps attribute is preferred over this attribute if both are defined, and the ramping_steps_direction attribute has no effect when using this attribute.
plant	ramping_steps_down	xy_array	Input	No	x: MW and y: MW_HOUR	None/null	SHOP_RAMP_STEP	17.16.0	No	Same as the ramping_steps attribute, but only applies ramping constraints in the downward direction. The ramping_steps attribute is preferred over this attribute if both are defined, and ramping_steps_direction attribute has no effect when using this attribute.
plant	ramping_steps_direction	string	Input	No	STRING	BOTH	SHOP_RAMP_STEP	17.7.0	No	Decides whether the ramping_steps constraints should be applied in the upward direction (‘UP’), downward direction (‘DOWN’), or in both directions (‘BOTH’, default). Note that ramping_steps_up and ramping_steps_down can be used to apply different ramping limits upwards and downwards.
plant	relax_ramping_steps_on_shutdown	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.6.0	No	Specifies whether the stepwise ramping defined by the XYN attribute ramping_steps should be relaxed when units are shutting down. If the attribute is set to 1, the generators are allowed to shut down even though it would violate the ramping constraints.
plant	relax_ramping_steps_on_startup	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.6.0	No	Specifies whether the stepwise ramping defined by the XYN attribute ramping_steps should be relaxed when units are starting up. If the attribute is set to 1, the generators are allowed to start up even though it would violate the ramping constraints.
plant	discharge_rolling_ramping_penalty_cost	timeseries	Input	No	NOK/M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	No	The penalty cost for breaking any rolling ramping constraint applied to the plant discharge.
plant	discharge_period_ramping_penalty_cost	timeseries	Input	No	NOK/M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	No	The penalty cost for breaking any period ramping constraint applied to the plant discharge.
plant	average_discharge_rolling_ramping_up	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the plant discharge upwards from the average plant discharge in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the plant discharge can increase above the average rolling discharge. Each (x, y) point in each XY curve represents a rolling ramping constraint.
plant	average_discharge_rolling_ramping_down	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the plant discharge downwards from the average plant discharge in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the plant discharge can decrease below the average rolling discharge. Each (x, y) point in each XY curve represents a rolling ramping constraint.
plant	limit_discharge_rolling_ramping_up	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the plant discharge upwards from the minimal plant discharge in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the plant discharge can increase above the minimal rolling discharge. Each (x, y) point in each XY curve represents a rolling ramping constraint.
plant	limit_discharge_rolling_ramping_down	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify rolling ramping constraints that constrain the plant discharge downwards from the maximal plant discharge in a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the number of meters the plant discharge can decrease below the maximal rolling discharge. Each (x, y) point in each XY curve represents a rolling ramping constraint.
plant	average_discharge_period_ramping_up	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the plant discharge upwards from the average plant discharge in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the plant discharge can increase above the average discharge in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
plant	average_discharge_period_ramping_down	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the plant discharge downwards from the average plant discharge in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the plant discharge can decrease below the average discharge in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
plant	limit_discharge_period_ramping_up	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the plant discharge upwards from the minimal plant discharge in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the plant discharge can increase above the minimal discharge in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
plant	limit_discharge_period_ramping_down	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_COMPLEX_RAMPING	15.2.0.0	Yes	Input to specify period ramping constraints that constrain the plant discharge downwards from the maximal plant discharge in a fixed time window. The x-values represent the length of the fixed time window and the y-values specify the number of meters the plant discharge can decrease below the maximal discharge in the previous fixed time period. Each (x, y) point in each XY curve represents a period ramping constraint.
plant	historical_discharge	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	15.2.0.0	No	The plant discharge for times before the optimization start, values after the start time of the optimization are ignored. The datatype of this attribute changed from XY to timeseries in version 15.3.1.0. historical_discharge on the connected generators will be used if this is not specified.
plant	average_discharge_period_ramping_up_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the average_discharge_period_ramping_up attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the average ramping up period constraints.
plant	average_discharge_period_ramping_down_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the average_discharge_period_ramping_down attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the average ramping down period constraints.
plant	limit_discharge_period_ramping_up_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the limit_discharge_period_ramping_up attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the limit ramping up period constraints.
plant	limit_discharge_period_ramping_down_offset	sy	Input	No	s: STRING and y: MINUTE	None/null	SHOP_COMPLEX_RAMPING	15.3.3.0	No	The y-values must be the same as the period lengths used in the limit_discharge_period_ramping_down attribute, while the strings are timestamps that specify when the first whole ramping period starts for each of the limit ramping down period constraints.
plant	fcr_n_up_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the FCR-N up reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	fcr_n_down_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the FCR-N down reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	fcr_d_up_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the FCR-D up reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	fcr_d_down_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the FCR-D down reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	frr_up_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the FRR up reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	frr_down_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the FRR down reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	rr_up_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the RR up reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	rr_down_activation_time	double	Input	No	HOUR	-1.0	SHOP_RESERVE_GROUP	15.3.0.0	No	The number of hours that one expects the RR down reserves allocated on the units of the plant to be activated. The default value of -1 will ignore the activation factor and instead use the activation factor on global_settings.
plant	fcr_n_up_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated FCR-N up reserves on the units of the plant that is expected to be activated.
plant	fcr_n_down_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated FCR-N down reserves on the units of the plant that is expected to be activated.
plant	fcr_d_up_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated FCR-D up reserves on the units of the plant that is expected to be activated.
plant	fcr_d_down_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated FCR-D down reserves on the units of the plant that is expected to be activated.
plant	frr_up_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated FRR up reserves on the units of the plant that is expected to be activated.
plant	frr_down_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated FRR down reserves on the units of the plant that is expected to be activated.
plant	rr_up_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated RR up reserves on the units of the plant that is expected to be activated.
plant	rr_down_activation_factor	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.3.0.0	Yes	The fraction (between 0.0 and 1.0) of the allocated RR down reserves on the units of the plant that is expected to be activated.
plant	fcr_n_up_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by FCR-N up reserves on this plant.
plant	fcr_n_down_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by FCR-N down reserves on this plant.
plant	fcr_d_up_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by FCR-D up reserves on this plant.
plant	fcr_d_down_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by FCR-D down reserves on this plant.
plant	frr_up_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by FRR up reserves on this plant.
plant	frr_down_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by FRR down reserves on this plant.
plant	rr_up_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by RR up reserves on this plant.
plant	rr_down_activation_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_RESERVE_GROUP	15.3.0.0	No	The penalty cost for violating the reserve activation constraints caused by RR down reserves on this plant.
plant	sum_reserve_up_max	timeseries	Input	No	MW	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	Sets a maximum limit for the sum of all upward reserve types delivered for the plant. The sum ranges over reserves delivered on all generators and pumps in the plant.
plant	sum_reserve_down_max	timeseries	Input	No	MW	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	Sets a maximum limit for the sum of all downward reserve types delivered for the plant. The sum ranges over reserves delivered on all generators and pumps in the plant.
plant	max_q_reserve_constr	timeseries	Input	No	M3/S	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The maximal discharge allowed through the plant when potential upward reserve activation is considered in addition to the planned plant discharge.
plant	min_q_reserve_constr	timeseries	Input	No	M3/S	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The minimal discharge allowed through the plant when potential downward reserve activation is considered in addition to the planned plant discharge.
plant	max_q_reserve_constr_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost incurred for violating the max_q_reserve_constr constraint, the max_q_constr_penalty_cost is used otherwise.
plant	min_q_reserve_constr_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost incurred for violating the min_q_reserve_constr constraint, the min_q_constr_penalty_cost is used otherwise.
plant	sum_reserve_up_max_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost incurred for violating the sum_reserve_up_max constraint, the reserve_penalty_cost is used otherwise.
plant	sum_reserve_down_max_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost incurred for violating the sum_reserve_down_max constraint, the reserve_penalty_cost is used otherwise.
plant	reserve_tactical_activation_cost_scaling	double	Input	No	NO_UNIT	-1.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the tactical reservoir volumes is decided by the reserve activation penalty cost scaled by this factor. If the default value of -1 is not changed, the reserve_tactical_activation_cost_scaling attribute on the global_settings object will be used instead.
plant	coupled_fcr_activation_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	If this flag is set to 1, 100% of the FCR-N reserves will be considered activated when building FCR-D reserve activation constraints for the reservoirs around this power plant.
plant	ramping_step_reference_discharge	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	15.3.4.0	No	If multiple ramping steps XY curves are given, this timeseries decides which curve is used. The curve with reference that is both smaller than and closest to the timeseries value. If no curve references are smaller, the closest one will be used.
plant	min_uptime	int	Input	No	MINUTE	0	SHOP_MIN_UPTIME_DOWNTIME	15.7.0.0	No	Minimum up-time on plant level, given in whole minutes.
plant	min_downtime	int	Input	No	MINUTE	0	SHOP_MIN_UPTIME_DOWNTIME	15.7.0.0	No	Minimum down-time on plant level, given in whole minutes.
plant	min_uptime_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_MIN_UPTIME_DOWNTIME	15.7.0.0	No	Flag for turning on/off the minimum plant up-time constraints.
plant	min_downtime_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_MIN_UPTIME_DOWNTIME	15.7.0.0	No	Flag for turning on/off the minimum plant down-time constraints.
plant	historical_production	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.7.0.0	No	The plant production for times before the optimization start. If not provided, historical production on generator level is checked.
plant	historical_consumption	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.7.0.0	No	The plant consumption for times before the optimization start. If not provided, historical consumption on pump level is checked.
plant	simultanous_generating_pumping_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.0.0	No	Flag determining whether simultanously generating and pumping is allowed in the plant. Default setting is 0 (not allowed).
plant	max_prod_reserve_strategy	string	Input	No	STRING	NOT SET	SHOP_RESERVE_GROUP	16.2.0	No	Overrides the global_setting attribute ‘plant_max_prod_reserve_strategy’ if set to a value other than ‘NOT SET’ (default), see the documentation for ‘plant_max_prod_reserve_strategy’ for a description of the different strategies.
plant	min_prod_reserve_strategy	string	Input	No	STRING	NOT SET	SHOP_RESERVE_GROUP	16.2.0	No	Overrides the global_setting attribute ‘plant_min_prod_reserve_strategy’ if set to a value other than ‘NOT SET’ (default), see the documentation for ‘plant_min_prod_reserve_strategy’ for a description of the different strategies.
plant	max_prod_reserve_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	16.2.0	No	The penalty cost for violating the maximum limits for plant production including upward reserve capacity created by ‘plant_max_prod_reserve_strategy’. If not specified, the penalty is the same as for violating the max_p_constr plant constraint.
plant	min_prod_reserve_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	16.2.1	No	The penalty cost for violating the minimum limits for plant production including downward reserve capacity created by ‘plant_min_prod_reserve_strategy’. If not specified, the penalty is the same as for violating the min_p_constr plant constraint.
plant	strict_pq_uploading_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.5.0	No	If this flag is set to 1 for a time step, strict uploading constraints using binary variables for each PQ curve segment can be built for all generators on the plant object. See the attribute description for strict_pq_uploading_upon_detection for more information about automatic selection of hours to build strict PQ curve uploading. No strict uploading constraints are built for time steps where the flag is set to zero, or if the flag is not defined (default).
plant	strict_pq_uploading_upon_detection	int	Input	No	NO_UNIT	0	SHOP_OPEN	16.5.0	No	Setting this attribute to 1 will turn on building of strict PQ curve uploading constraints for the genarators of the plant. These constraints will only be built if incorrrect uploading has been detected for the plant and time step in a previous iteration AND if the strict_pq_uploading_flag is set to 1. Building these constraints upon detection is turned off when this attribute is set to zero (default), which means that all hours where strict_pq_uploading_flag = 1 will include the constraints.
plant	min_consumption	timeseries	Input	No	MW	None/null	SHOP_OPEN	17.8.0	No	Time-dependent minimum consumption limit for the plant.
plant	min_consumption_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent minimum consumption limit for the plant should be included in the optimization model.
plant	min_consumption_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent minimum consumption limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	min_consumption_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	17.8.0	No	Given penalty cost for violating the time-dependent minimum consumption limit for the plant (if min_p_penalty_flag is set as 1).
plant	max_consumption	timeseries	Input	No	MW	None/null	SHOP_OPEN	17.8.0	No	Time-dependent maximum consumption limit for the plant.
plant	max_consumption_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent maximum consumption limit for the plant should be included in the optimization model.
plant	max_consumption_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent maximum consumption limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	max_consumption_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	17.8.0	No	Given penalty cost for violating the time-dependent maximum consumption limit for the plant (if min_p_penalty_flag is set as 1).
plant	min_upflow	timeseries	Input	No	MW	None/null	SHOP_OPEN	17.8.0	No	Time-dependent minimum upflow limit for the plant.
plant	min_upflow_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent minimum upflow limit for the plant should be included in the optimization model.
plant	min_upflow_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent minimum upflow limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	min_upflow_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	17.8.0	No	Given penalty cost for violating the time-dependent minimum upflow limit for the plant (if min_p_penalty_flag is set as 1).
plant	max_upflow	timeseries	Input	No	MW	None/null	SHOP_OPEN	17.8.0	No	Time-dependent maximum upflow limit for the plant.
plant	max_upflow_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent maximum upflow limit for the plant should be included in the optimization model.
plant	max_upflow_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether the time-dependent maximum upflow limit for the plant should be a hard or soft constraint: 0 = hard; 1 = soft.
plant	max_upflow_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	17.8.0	No	Given penalty cost for violating the time-dependent maximum upflow limit for the plant (if min_p_penalty_flag is set as 1).
plant	min_consumption_include_reserves_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether reserves should be included in the minimum consumption constraints.
plant	max_consumption_include_reserves_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.8.0	No	Flag determining whether reserves should be included in the maximum consumption constraints.
plant	rr_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	17.17.0	Yes	Maximum RR_UP delivery for the plant.
plant	rr_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	17.17.0	Yes	Maximum RR_DOWN delivery for the plant.
plant	production	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting plant production, i.e. sum of resulting generator production.
plant	solver_production	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.0.0.1	No	Preliminary result for the sum of generator production that is returned by the linearized optimization problem.
plant	sim_production	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.2.0.a	No	Simulated plant production.
plant	prod_unbalance	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Difference between the result of the non-linear post-calculation (production) and the production determined by the linear optimization problem (solver_production).
plant	consumption	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting plant consumption, i.e. sum of resulting pump consumption.
plant	sim_consumption	timeseries	Output	No	MW	None/null	SHOP_SIMULATION	13.0.0.a	No	Simulated plant consumption, i.e. sum of resulting pump consumption.
plant	solver_consumption	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.0.0.1	No	Preliminary result for the sum of pump consumption that is returned by the linearized optimization problem.
plant	cons_unbalance	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Difference between the result of the non-linear post-calculation (consumption) and the consumption determined by the linear optimization problem (solver_consumption).
plant	discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Resulting plant discharge, i.e. sum of resulting generator discharge.
plant	solver_discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.0.0.1	No	Preliminary result for the sum of generator discharge that is returned by the linearized optimization problem.
plant	sim_discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.2.0.a	No	Simulated plant discharge.
plant	upflow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Resulting plant upflow, i.e. sum of resulting pump upflow.
plant	sim_upflow	timeseries	Output	No	M3/S	None/null	SHOP_SIMULATION	13.0.0.a	No	Simulated plant upflow, i.e. sum of resulting pump upflow.
plant	solver_upflow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.0.0.1	No	Preliminary result for the sum of pump upflow that is returned by the linearized optimization problem.
plant	gross_head	timeseries	Output	No	METER	None/null	SHOP_OPEN	14.0.0.1	No	Plant gross head, i.e. the difference between upstream reservoir water level and max(plant outlet_line, downstream reservoir water level).
plant	eff_head	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.0.0.a	No	Resulting plant effective head. If overall generating, effective plant head is defined as the lowest eff_head of the generators. If overall pumping, effective plant head is defined as the highest eff_head of the pumps.
plant	head_loss	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.0.0.a	No	Plant head loss, i.e. the plant gross head minus the lowest effective head of the unit in the plant. If overall generating, plant head loss is positive. If overall pumping, plant head loss is negative.
plant	min_p_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the time-dependent maximum production limit for the plant is violated.
plant	max_p_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the time-dependent maximum production limit for the plant is violated.
plant	min_q_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the time-dependent minimum discharge limit for the plant is violated.
plant	max_q_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the time-dependent maximum discharge limit for the plant is violated.
plant	p_constr_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost when the time-dependent maximum or minimum production limit for the plant is violated.
plant	q_constr_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost when the time-dependent maximum or minimum discharge limit for the plant is violated.
plant	schedule_up_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when deviating above the plant schedule.
plant	schedule_down_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when deviating below the plant schedule.
plant	schedule_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost for violation of the plant schedule.
plant	max_prod_all	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.1.0	No	Maximum plant production if all generators not on maintenance in the plant are producing at maximum.
plant	max_prod_available	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	Maximum plant production if all generators not on maintenance or committed off in the plant are producing at maximum.
plant	max_prod_spinning	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	Maximum plant production if all the spinning generators in the plant are producing at maximum.
plant	min_prod_spinning	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	Minimum plant production if all the spinning generators in the plant are producing at minimum.
plant	best_profit_q	xyt	Output	No	x: MW and y: M3/S	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Plant discharge after changing the production of the plant from the current operating point to a new point in the best profit curve of the plant. Created after the command ‘create bp_curves’ has been performed.
plant	best_profit_mc	xyt	Output	No	x: MW and y: NOK/MW	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Marginal production cost after changing the production of the plant from the current operating point to a new point in the best profit curve of the plant. Created after the command ‘create bp_curves’ has been performed.
plant	best_profit_ac	xyt	Output	No	x: MW and y: NOK/MW	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Average production cost after changing the production of the plant from the current operating point to a new point in the best profit curve of the plant. Created after the command ‘create bp_curves’ has been performed.
plant	best_profit_commitment_cost	xyt	Output	No	x: MW and y: NOK	None/null	SHOP_BEST_PROFIT	13.5.4.e	No	Sum of startup costs or shutdown costs after changing the production of the plant from the current operating point to a new point in the best profit curve of the plant. Created after the command ‘create bp_curves’ has been performed.
plant	best_profit_bid_matrix	xyt	Output	No	x: MW and y: NOK/MW	None/null	SHOP_BEST_PROFIT	14.2.2.0	No	A plant bid matrix created by reducing the best_profit_mc curves when the command ‘print bp_bid_matrix’ is called. The maximum number of price columns in the bid matrix is set by the attribute bp_bid_matrix_points on the global_settings object.
plant	times_of_wrong_pq_uploading	int	Output	No	NO_UNIT	0	SHOP_OPEN	14.0.0.9	No	How many times the unit PQ segments are wrongly uploaded, i.e. the latter segments are fulfilled first.
plant	max_prod_reserve_violation	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.2.0	No	The violation of the maximum limit for plant production including upward reserve capacity that is created by choosing a plant_max_prod_reserve_strategy.
plant	min_prod_reserve_violation	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.2.0	No	The violation of the minimum limit for plant production including downward reserve capacity that is created by choosing a plant_min_prod_reserve_strategy.
plant	min_consumption_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	17.8.0	No	Resulting penalty when the time-dependent maximum consumption limit for the plant is violated.
plant	max_consumption_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	17.8.0	No	Resulting penalty when the time-dependent maximum consumption limit for the plant is violated.
plant	min_upflow_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	17.8.0	No	Resulting penalty when the time-dependent minimum upflow limit for the plant is violated.
plant	max_upflow_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	17.8.0	No	Resulting penalty when the time-dependent maximum upflow limit for the plant is violated.
plant	consumption_penalty_cost	timeseries	Output	No	NOK	None/null	SHOP_OPEN	17.8.0	No	Resulting penalty cost when the time-dependent maximum or minimum consumption limit for the plant is violated.
plant	upflow_penalty_cost	timeseries	Output	No	NOK	None/null	SHOP_OPEN	17.8.0	No	Resulting penalty cost when the time-dependent maximum or minimum upflow limit for the plant is violated.
plant	incorrect_pq_uploading	timeseries	Output	No	NOK	None/null	SHOP_OPEN	17.9.0	No	This timeseries is set to 1 for all time steps where incorrect uploading of the PQ curve has happened for any generator on this plant in any previous iteration. This is used for the strict pq uploading functionality.
generator	type	int	Output	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Specification of type of generator when using ASCII-files as input. 0 indicates Francis or Kaplan turbine while PELTON indicates a Pelton unit (or a unit where forbidden operating zones is modelled as Pelton).
generator	num_needle_comb	int	Output	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Number of needle combinations for Pelton units.
generator	prod_area	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: use a busbar object per price area and connect the appropriate units and markets to the busbars. Production from this generator will be sold in markets connected to the given price area.
generator	initial_state	int	Input	No	NO_UNIT	-1	SHOP_OPEN	13.0.0.a	No	The initial operation state of the generator before the optimization period: -1 = not set; 0 = not running; 1 = running.
generator	penstock	int	Input	Yes	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	The penstock number the generator is connected to in the plant, must be a number between 1 and the size of the penstock_loss attribute on the plant object.
generator	separate_droop	int	Input	No	NO_UNIT	0	SHOP_SEPARATE_DROOP	15.1.0.0	No	A flag to turn on (1) or off (0, default) the building of separate droop variables for FCR-N, FCR-D up, and FCR-D down for the generator.
generator	p_min	double	Input	No	MW	0.0	SHOP_OPEN	13.0.0.a	No	Static minimum production for the generator.
generator	p_max	double	Input	Yes	MW	0.0	SHOP_OPEN	13.0.0.a	No	Static maximum production for the generator.
generator	p_nom	double	Input	Yes	MW	0.0	SHOP_OPEN	13.0.0.a	No	The nominal production that is the rated capacity of the generator, only used in droop calculations.
generator	gen_eff_curve	xy	Input	No	x: MW and y: %	None/null	SHOP_OPEN	13.0.0.a	No	The generator efficiency curve as a function of the produced power.
generator	turb_eff_curves	xy_array	Input	Yes	x: M3/S and y: %	None/null	SHOP_OPEN	13.0.0.a	No	The turbine efficiency curve(s) as a function of discharge through the turbine. Several curves can be specified for different head levels (reference value in the XY) to make the efficiency head-dependent.
generator	maintenance_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the generator is out for maintenance for a given time step.
generator	startcost	timeseries	Input	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Generator startup cost when turning on the unit in one time step.
generator	startcost_const	double	Input	No	NOK	0.0	SHOP_OPEN	17.5.0	No	A constant startup cost when turning on the generator in one time step. The timeseries attribute startcost is preferred over startcost_const if both are set.
generator	stopcost	timeseries	Input	No	NOK	None/null	SHOP_BLOCK_MERGE	13.0.0.a	No	Generator shutdown cost when turning off the unit in one time step.
generator	stopcost_const	double	Input	No	NOK	0.0	SHOP_OPEN	17.5.0	No	A constant shutdown cost when turning off the generator in one time step. The timeseries attribute stopcost is preferred over stopcost_const if both are set.
generator	discharge_cost_curve	xy	Input	No	x: M3/S and y: NOK/H/M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Extra cost depending on the discharge of the generator.
generator	priority	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent generators priority to define the uploading order among all the generators in a plant. Plant gen_priority will be ignored if generator priority is set.
generator	committed_in	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Committed status given by the user used to define the operating status of the generator in the optimization: 0 - committed not to run; 1 - committed to run.
generator	committed_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the input commit status should be used for a given time step or not.
generator	min_p_constr	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent minimum production limit for the generator that will replace static p_min if it is more constraining. Note that the generator may still be turned off if a min_p_constr > 0 is set, use the committed_in attribute to force the generator to be on.
generator	min_p_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent minimum production limit for the generator should be included in the building of the original PQ curve.
generator	max_p_constr	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent maximum production limit for the generator that will replace static p_max if it is more constraining.
generator	max_p_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent maximum production limit for the generator should be included in the building of the original PQ curve.
generator	min_q_constr	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent minimum discharge limit for the generator. Note that the generator may still be turned off if a min_q_constr > 0 is set, use the committed_in attribute to force the generator to be on.
generator	min_q_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent minimum discharge limit for the generator should be included in the building of the original PQ curve.
generator	max_q_constr	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Time-dependent maximum discharge limit for the generator.
generator	max_q_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the time-dependent maximum discharge limit for the generator should be included in the building of the original PQ curve.
generator	max_q_limit_rsv_down	xy	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Maximum generator discharge limit (m3/s) and downstream reservoir water level (meter above sea level) relation.
generator	upstream_min	timeseries	Input	No	METER	None/null	SHOP_RESIDUAL_RESERVOIR	13.0.0.a	Yes	Minimum water level of upstream reservoir required for running the generator. If the plant is connected to an upstream tunnel network, the smallest reservoir is used to build the constraints.
generator	upstream_min_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESIDUAL_RESERVOIR	13.0.0.a	No	Flag determining whether the minimum water level of upstream reservoir required for running the generator should be included in the optimization model.
generator	downstream_max	timeseries	Input	No	METER	None/null	SHOP_OPEN	13.0.0.a	Yes	Maximum water level of downstream reservoir allowed when running the generator. If the plant is connected to a downstream tunnel network, the smallest reservoir is used to build the constraints.
generator	downstream_max_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESIDUAL_RESERVOIR	13.0.0.a	No	Flag determining whether the maximum water level of downstream allowed when running the generator should be included in the optimization model.
generator	production_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Generator production schedule. Note that setting a schedule higher or lower than the operating limits of the generator is allowed, but this might lead to inaccurate results due to lacking efficiency data.
generator	production_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the generator production schedule should be included in the optimization model.
generator	discharge_schedule	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Generator discharge schedule. Note that setting a schedule higher or lower than the operating limits of the generator is allowed, but this might lead to inaccurate results due to lacking efficiency data. The three special flag values 1e41, 1e42, and 1e43 can be set to make the generator run at best, minimum, and maximum output, respectively.
generator	discharge_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the generator discharge schedule should be included in the optimization model.
generator	fcr_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether binary variables should be used to indicate that the generator can contribute to FCR only if its unused capacity is no less than 2 % of the maximum production limit.
generator	p_fcr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Temporary minimum production for the generator when delivering FCR. If this is not set, the head-dependent minimum production of the generator will be used instead. Note that the p_fcr_n_min and p_fcr_d_min attributes will take precedence over this attribute if both are specified.
generator	p_fcr_n_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary minimum production for the generator when delivering FCR-N. If this attribute is not specified, the p_fcr_min attribute on the generator object will be used instead.
generator	p_fcr_d_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary minimum production for the generator when delivering FCR-D. If this attribute is not specified, the p_fcr_min attribute on the generator object will be used instead.
generator	p_fcr_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Temporary maximum production for the generator when delivering FCR. If this is not set, the head-dependent maximum production of the generator will be used instead. Note that the p_fcr_n_max and p_fcr_d_max attributes will take precedence over this attribute if both are specified.
generator	p_fcr_n_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary maximum production for the generator when delivering FCR-N. If this attribute is not specified, the p_fcr_max attribute on the generator object will be used instead.
generator	p_fcr_d_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary maximum production for the generator when delivering FCR-D. If this attribute is not specified, the p_fcr_max attribute on the generator object will be used instead.
generator	p_frr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	15.0.1.0	Yes	Minimum production for the generator when delivering FRR. If not specified, the head-dependent minimum production for the generator (or needle_combination for Pelton units) is used as lower bound for downward FRR.
generator	p_frr_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	15.0.1.0	Yes	Maximum production for the generator when delivering FRR. If not specified, the head-dependent maximum production for the generator (or needle_combination for Pelton units) is used as upper bound for upward FRR.
generator	p_rr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Temporary, user-overridden minimum production for the generator when delivering RR. If not specified, or set above p_min on the generator, it defaults to p_min. The attribute ‘rr_down_stop_mip_flag’ on the generator or the attribute ‘rr_down_stop_mip’ on global_settings ensures valid delivery of RR-DOWN reserves down to full stop and also prohibits RR-DOWN allocation in the forbidden production region between 0 and p_rr_min.
generator	frr_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FRR_UP delivery for the generator.
generator	frr_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FRR_UP delivery for the generator.
generator	frr_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FRR_DOWN delivery for the generator.
generator	frr_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FRR_DOWN delivery for the generator.
generator	fcr_n_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FCR_N_UP delivery for the generator.
generator	fcr_n_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FCR_N_UP delivery for the generator.
generator	fcr_n_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FCR_N_DOWN delivery for the generator.
generator	fcr_n_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FCR_N_DOWN delivery for the generator.
generator	fcr_d_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FCR_D_UP delivery for the generator.
generator	fcr_d_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FCR_D_UP delivery for the generator.
generator	fcr_d_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	Minimum FCR_D_DOWN delivery for the generator.
generator	fcr_d_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	Maximum FCR_D_DOWN delivery for the generator.
generator	rr_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum RR_UP delivery for the generator.
generator	rr_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum RR_UP delivery for the generator.
generator	rr_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum RR_DOWN delivery for the generator.
generator	rr_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum RR_DOWN delivery for the generator.
generator	fcr_n_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator FCR_N_UP delivery schedule.
generator	fcr_n_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator FCR_N_UP delivery schedule should be included in the optimization model.
generator	fcr_n_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator FCR_N_DOWN delivery schedule.
generator	fcr_n_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator FCR_N_DOWN delivery schedule should be included in the optimization model.
generator	fcr_d_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator FCR_D_UP delivery schedule.
generator	fcr_d_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator FCR_D_UP delivery schedule should be included in the optimization model.
generator	fcr_d_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	Generator FCR_D_DOWN delivery schedule.
generator	fcr_d_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Flag determining whether the generator FCR_D_DOWN delivery schedule should be included in the optimization model.
generator	frr_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator FRR_UP delivery schedule.
generator	frr_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator FRR_UP delivery schedule should be included in the optimization model.
generator	frr_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator FRR_DOWN delivery schedule.
generator	frr_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator FRR_DOWN delivery schedule should be included in the optimization model.
generator	rr_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator RR_UP delivery schedule.
generator	rr_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator RR_UP delivery schedule should be included in the optimization model.
generator	rr_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Generator RR_DOWN delivery schedule.
generator	rr_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the generator RR_DOWN delivery schedule should be included in the optimization model.
generator	droop_cost	timeseries	Input	No	NOK	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	The cost for the inverse unit droop when it is modelled as a variable in the optimization model, which makes SHOP prefer high droop settings. The default droop_cost on global_settings is used if this attribute is not specified.
generator	fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Fixed unit droop given as input data.
generator	fixed_droop_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the fixed droop setting should be included in the optimization model.
generator	droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The lower bound of the unit droop when it is modelled as a variable in the optimization model. This bound is applied together with other FCR constraints, where the most restrictive will limit the FCR delivery.
generator	droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The upper bound of the unit droop when it is modelled as a variable in the optimization model. This bound is applied together with other FCR constraints, where the most restrictive will limit the FCR delivery.
generator	discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_DISCRETE_DROOP	14.0.1.0	No	A list of all legal droop values for the generator. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
generator	fcr_n_discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	A list of all legal droop values for FCR-N reserves when the generator is built with separate droop. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
generator	fcr_d_up_discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	A list of all legal droop values for FCR-D up reserves when the generator is built with separate droop. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
generator	fcr_d_down_discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	A list of all legal droop values for FCR-D down reserves when the generator is built with separate droop. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
generator	reserve_ramping_cost_up	timeseries	Input	No	NOK	None/null	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	13.0.0.a	Yes	Upward reserve ramping cost for changing reserve delivery of the generator.
generator	reserve_ramping_cost_down	timeseries	Input	No	NOK	None/null	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	13.0.0.a	Yes	Downward reserve ramping cost for changing reserve delivery of the generator.
generator	ref_production	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Production of the generator indicating the planned operating point as starting point for the best profit calculation.
generator	schedule_deviation_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the generator can deviate from the input schedule when calculating marginal cost and best profit curves. Implicitly generated based on the ref_prod attribute if the command ‘set prod_from_ref_prod’ is used.
generator	gen_turn_off_limit	timeseries	Input	No	NO_UNIT	0.5	SHOP_OPEN	14.0.0.1	No	A decimal number between 0 and 1 that signifies if the generator operates below the fraction (the decimal number) of its minimum operating limit in a full mode without MIP, the unit will be turned off.
generator	fcr_n_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-N up reserves on this generator.
generator	fcr_n_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-N down reserves on this generator.
generator	fcr_d_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-D up reserves on this generator.
generator	fcr_d_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-D down reserves on this generator.
generator	frr_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FRR up reserves on this generator.
generator	frr_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FRR down reserves on this generator.
generator	rr_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating RR up reserves on this generator.
generator	rr_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating RR down reserves on this generator.
generator	spinning_reserve_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.5.0	Yes	Sets a maximum limit for the sum of spinning reserves delivered in the upward direction on the generator.
generator	spinning_reserve_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.5.0	Yes	Sets a maximum limit for the sum of spinning reserves delivered in the downward direction on the generator.
generator	fcr_n_droop_cost	timeseries	Input	No	NOK	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The cost for the inverse unit droop for FCR-N reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. The droop_cost attribute on the generator or global_settings is used if this attribut is not specified.
generator	fcr_d_up_droop_cost	timeseries	Input	No	NOK	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The cost for the inverse unit droop for FCR-D up reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. The droop_cost attribute on the generator or global_settings is used if this attribut is not specified.
generator	fcr_d_down_droop_cost	timeseries	Input	No	NOK	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The cost for the inverse unit droop for FCR-D down reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. The droop_cost attribute on the generator or global_settings is used if this attribut is not specified.
generator	fcr_n_fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	Fixed unit droop schedule for FCR-N reserves when droop is built separately for FCR-N and FCR-D.
generator	fcr_d_up_fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	Fixed unit droop schedule for FCR-D up reserves when droop is built separately for FCR-N and FCR-D.
generator	fcr_d_down_fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	Fixed unit droop schedule for FCR-D down reserves when droop is built separately for FCR-N and FCR-D.
generator	fcr_n_droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The lower bound of the unit droop for FCR-N reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-N constraints, where the most restrictive will limit the FCR delivery.
generator	fcr_d_up_droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The lower bound of the unit droop for FCR-D up reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D up constraints, where the most restrictive will limit the FCR delivery.
generator	fcr_d_down_droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The lower bound of the unit droop for FCR-D down reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D down constraints, where the most restrictive will limit the FCR delivery.
generator	fcr_n_droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The upper bound of the unit droop for FCR-N reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-N constraints, where the most restrictive will limit the FCR delivery.
generator	fcr_d_up_droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The upper bound of the unit droop for FCR-D up reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D up constraints, where the most restrictive will limit the FCR delivery.
generator	fcr_d_down_droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The upper bound of the unit droop for FCR-D down reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D down constraints, where the most restrictive will limit the FCR delivery.
generator	couple_fcr_delivery_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.3.0	No	If this flag is set to 1, no FCR-D capacity can be allocated to the generator unless the allocated FCR-N reserve capacity is at its maximal value. Upward and downward reserve capacity are handled separately.
generator	historical_production	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.4.1.0	No	The generator production for times before the optimization start.
generator	min_uptime	int	Input	No	MINUTE	0	SHOP_MIN_UPTIME_DOWNTIME	15.4.1.0	No	Minimum generator up-time, given in whole minutes.
generator	min_downtime	int	Input	No	MINUTE	0	SHOP_MIN_UPTIME_DOWNTIME	15.4.1.0	No	Minimum generator down-time, given in whole minutes.
generator	min_uptime_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_MIN_UPTIME_DOWNTIME	15.4.1.0	No	Flag for turning minimum uptime constraints on (1) or off (0). Constraints are built if no flag is given.
generator	min_downtime_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_MIN_UPTIME_DOWNTIME	15.4.1.0	No	Flag for turning minimum downtime constraints on (1) or off (0). Constraints are built if no flag is given.
generator	rr_down_stop_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.6.0.0	No	Setting this flag to 1 turns on the use of binary variables in full iterations to enable the generator to deliver valid RR-DOWN reserves down to full stop. This forces RR-DOWN to either be allocated as a spinning reserve down to p_rr_min (which defaults to p_min) or down to a full stop, and no other spinning reserves can be allocated on the unit if RR-DOWN is delivered down to stop. RR-DOWN allocation in the forbidden production region between 0 and p_rr_min is also prohibited. If the flag is not specified, the attribute ‘rr_down_stop_mip’ on global_settings is used.
generator	min_discharge	xy	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	16.0.0	No	Minimum discharge as a function of net head.
generator	max_discharge	xy	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	16.0.0	No	Maximum discharge as a function of net head.
generator	historical_discharge	timeseries	Input	No	MW	None/null	SHOP_OPEN	16.9.0	No	The generator discharge for times before the optimization start. This is mainly used when adding discharge ramping constraints on plant level if historical_discharge on the plant is not specified.
generator	only_spinning_rr_up	int	Input	No	NO_UNIT	0	SHOP_RESERVE_GROUP	16.9.0	No	Set this value to 1 to force the generator to only deliver RR-UP reserves if it is spinning. The default behaviour in SHOP (when this value is 0) is to allow offline generators to deliver RR-UP reserves.
generator	gross_head_min	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Minimum gross head limit for generator production. If there is a tunnel network above/below the plant, the gross head is found from the lowest/highest reservoir level in the tunnel network above/below.
generator	gross_head_max	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Maximum gross head limit for generator production. If there is a tunnel network above/below the plant, the gross head is found from the lowest/highest reservoir level in the tunnel network above/below.
generator	gross_head_min_flag	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Flag for turning on/off the minimum gross head limit for generator production.
generator	gross_head_max_flag	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Flag for turning on/off the maximum gross head limit for generator production.
generator	startup_gross_head_min	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.9.0	Yes	Minimum gross head limit for generator startup, the unit is not allowed to start if the gross hed is below this limit. If there is a tunnel network above/below the plant, the gross head is found from the lowest/highest reservoir level in the tunnel network above/below.
generator	startup_gross_head_min_flag	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.9.0	No	Flag for turning on/off the minimum gross head limit for generator startup.
generator	frr_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	17.13.0	No	Setting this flag to 1 will turn on the use of binary variables in full iterations to ensure that activated FRR reserves end up outside forbidden zones.
generator	pelton_change_needle_combination_cost	timeseries	Input	No	NOK	None/null	SHOP_PELTON	18.2.0	No	Cost for changing the committed needle combination between time steps for pelton units. Any startup or shutdown cost defined on the generator should be larger thant this change cost.
generator	eff_head	timeseries	Output	No	METER	None/null	SHOP_OPEN	14.0.0.1	No	Resulting effective head of the generator.
generator	sim_eff_head	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.5.4.c	No	The simulated effective head of the generator.
generator	head_loss	timeseries	Output	No	METER	None/null	SHOP_OPEN	14.0.0.1	No	Resulting head loss of the generator, i.e. the plant gross head (gross_head) minus the effective head of the generator (eff_head).
generator	sim_head_loss	timeseries	Output	No	METER	None/null	SHOP_OPEN	16.7.0	No	Resulting head loss of the generator in the simulation, i.e. the plant gross head (gross_head) minus the effective head of the generator (eff_head).
generator	production	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting generator production, calculated base on discharge.
generator	solver_production	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Preliminary result for generator production that is returned by the linearized optimization problem.
generator	sim_production	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.2.0.a	No	Simulated generator production.
generator	discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Resulting generator discharge. If solver_discharge >= gen_turn_off_limit, discharge is equal to solver_discharge. Otherwise, discharge = 0.
generator	solver_discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Preliminary result for generator discharge that is returned by the linearized optimization problem.
generator	sim_discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.2.0.a	No	Simulated generator discharge.
generator	committed_out	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Committed status of the generator based on the results of the optimization: 0 - not running; 1 - committed to run. The unit will be either turned on or off based on the optimized discharge in full iterations and the gen_turn_off_limit on global_settings. See also the solver_committed_fraction attribute for the actual optimized value of the (relaxed) binary variable used to model whether the generator is on or off. Note that if a Pelton is committed to run, the number of the committed needle_comb is returned.
generator	solver_committed_fraction	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	17.6.0	No	The value of the (relaxed) binary variable uesed to model the on/off status of the generator in full iterations. The value could be a fractional number between 0 (off) and 1 (on) if the unit commitment constraints are relaxed (mip_flag turned off). For Pelton units, the fraction is the sum of the (fractional) commitment of all needle combinations.
generator	production_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the generator production schedule is violated.
generator	discharge_schedule_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the generator discharge schedule is violated.
generator	fcr_n_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator FCR_N_UP delivery.
generator	fcr_n_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator FCR_N_DOWN delivery.
generator	fcr_d_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator FCR_D_UP delivery.
generator	fcr_d_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Resulting generator FCR_D_DOWN delivery.
generator	frr_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator FRR_UP delivery.
generator	frr_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator FRR_DOWN delivery.
generator	rr_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator RR_UP delivery.
generator	rr_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting generator RR_DOWN delivery.
generator	fcr_n_up_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical generator FCR_N delivery in the upward direction.
generator	fcr_n_down_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical generator FCR_N delivery in the downward direction.
generator	fcr_d_up_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical generator FCR_D delivery in the upward direction.
generator	fcr_d_down_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical generator FCR_D delivery in the downward direction.
generator	fcr_n_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator FCR_N_UP schedule is violated.
generator	fcr_n_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator FCR_N_DOWN schedule is violated.
generator	fcr_d_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator FCR_D_UP schedule is violated.
generator	fcr_d_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Resulting penalty when the generator FCR_D_DOWN schedule is violated.
generator	frr_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator FRR_UP schedule is violated.
generator	frr_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator FRR_DOWN schedule is violated.
generator	rr_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator RR_UP schedule is violated.
generator	rr_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the generator RR_DOWN schedule is violated.
generator	droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting unit droop when it is modelled as a variable in the optimization model.
generator	best_profit_q	xyt	Output	No	x: MW and y: M3/S	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Optimal discharge for the generator given a certain production level of the plant. Created after the command ‘create bp_curves’ has been performed.
generator	best_profit_p	xyt	Output	No	x: MW and y: MW	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Optimal production for the generator given a certain production level of the plant. Created after the command ‘create bp_curves’ has been performed.
generator	best_profit_q_p	xyt	Output	No	x: MW and y: M3/S	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Ratio between discharge and production for the generator given a certain production level of the plant. Created after the command ‘create bp_curves’ has been performed.
generator	best_profit_needle_comb	xyt	Output	No	x: MW and y: NO_UNIT	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Optimal needle combination for the generator given a certain production level of the plant. Created after the command ‘create bp_curves’ has been performed.
generator	startup_cost_mip_objective	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Cost in the objective function of the solver from startup costs originating from the time steps when MIP is used.
generator	startup_cost_total_objective	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Post-optimization calculated startup costs based on change in commitment status for both time steps with and without MIP activated.
generator	discharge_fee_objective	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Cost in the objective function resulting from discharge fees for this generator.
generator	feeding_fee_objective	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Cost in the objective function resulting from feed-in fees for this generator.
generator	schedule_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty cost when the generator schedule (production schedule and/or discharge schedule) for the generator is voilated.
generator	market_income	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Income in the objective function from selling the energy produced on this generator.
generator	original_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Original PQ-curve for the generator that includes non-convex regions.
generator	convex_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Convexified PQ-curve for the generator that includes all the time-dependent operating limits and removes all the non-concave points of the original PQ curve. The slope of each segment is non-increasing.
generator	final_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Final PQ curve for the generator that is the final form included into the optimization problem. The first point of the convex PQ curve is extended to Q=0.
generator	max_prod_individual	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.4.0.0	No	The head-dependent maximal production of the generator if all other units continue to operate at their current production level. Most accurate in incremental iterations.
generator	max_prod_all	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	The head-dependent maximal production of the generator if all generators not on maintenance in the plant are also producing at maximum.
generator	max_prod_available	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	The head.dependent maximal production of the generator if all generators not on maintenance or committed off in the plant are also producing at maximum.
generator	max_prod_spinning	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	The head-dependent maximal production of the generator if all spinning generators in the plant are also producing at maximum.
generator	min_prod_individual	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.4.0.0	No	The head-dependent minimal production of the generator if all other units continue to operate at their current production level. Most accurate in incremental iterations.
generator	min_prod_spinning	timeseries	Output	No	MW	None/null	SHOP_OPEN	16.1.0	No	The head-dependent minimal production of the generator if all spinning generators in the plant are also producing at minimum.
generator	fcr_n_droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The optimized unit droop for FCR-N reserves when the droop is built separately for FCR-N and FCR-D. If all FCR reserves share a common droop setting, this timeseries is identical to the ‘droop_result’ attribute.
generator	fcr_d_up_droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The optimized unit droop for FCR-D up reserves when the droop is built separately for FCR-N and FCR-D. If all FCR reserves share a common droop setting, this timeseries is identical to the ‘droop_result’ attribute.
generator	fcr_d_down_droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The optimized unit droop for FCR-D down reserves when the droop is built separately for FCR-N and FCR-D. If all FCR reserves share a common droop setting, this timeseries is identical to the ‘droop_result’ attribute.
generator	fcr_binary_variable_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	17.9.0	No	The (potentially fractional) result of the (relaxed) binary variable used when the fcr_mip_flag is set.
generator	pelton_rr_up_needle_commit	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	17.9.0	No	The needle combination that is chosen to deliver RR up reserves for pelton units. If -1, no needle combination is used to deliver RR up. If -2, attribute has not been set.
needle_combination	p_max	double	Input	Yes	MW	0.0	SHOP_PELTON	13.0.0.a	No	Static maximum production for the needle combination.
needle_combination	p_min	double	Input	No	MW	0.0	SHOP_PELTON	13.0.0.a	No	Static minimum production for the needle combination.
needle_combination	p_nom	double	Input	Yes	MW	0.0	SHOP_PELTON	13.0.0.a	No	The nominal production that is the rated capacity of the needle combination, only used for droop calculations.
needle_combination	turb_eff_curves	xy_array	Input	Yes	x: M3/S and y: %	None/null	SHOP_PELTON	13.0.0.a	No	The turbine efficiency curve(s) as a function of discharge through the turbine for this needle_combination. Several curves can be specified for different head levels (reference value in the XY) to make the efficiency head-dependent.
needle_combination	p_fcr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.4.0	Yes	Temporary minimum production allowed for the needle combination when delivering FCR. If this is not set, any p_fcr_min attribute defined on the generator object will be used instead. Note that the p_fcr_n_min and p_fcr_d_min attributes on the needle_combination will take precedence over this attribute if both are specified.
needle_combination	p_fcr_n_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary minimum production allowed for the needle combination when delivering FCR-N. If this attribute is not specified, the p_fcr_min attribute on the needle_combination object will be used instead.
needle_combination	p_fcr_d_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary minimum production allowed for the needle combination when delivering FCR-D. If this attribute is not specified, the p_fcr_min attribute on the needle_combination object will be used instead.
needle_combination	p_fcr_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.4.0	Yes	Temporary maximum production allowed for the needle combination when delivering FCR. If this is not set, any p_fcr_max attribute defined on the generator object will be used instead. Note that the p_fcr_n_max and p_fcr_d_max attributes on the needle_combination will take precedence over this attribute if both are specified.
needle_combination	p_fcr_n_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary maximum production allowed for the needle combination when delivering FCR-N. If this attribute is not specified, the p_fcr_max attribute on the needle_combination object will be used instead.
needle_combination	p_fcr_d_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	16.6.1	Yes	Temporary maximum production allowed for the needle combination when delivering FCR-D. If this attribute is not specified, the p_fcr_max attribute on the needle_combination object will be used instead.
needle_combination	p_frr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	15.0.1.0	Yes	Minimum production allowed for the needle combination when delivering FRR. If not specified, the head-dependent minimum production for the needle combination is used as lower bound for downward FRR.
needle_combination	p_frr_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	15.0.1.0	Yes	Maximum production allowed for the needle combination when delivering FRR. If not specified, the head-dependent maximum production for the needle combination is used as upper bound for upward FRR.
needle_combination	production_cost	xy	Input	No	x: MW and y: NOK/MW	None/null	SHOP_OPEN	15.0.0.a	No	Production cost depending on the production of the needle combination.
needle_combination	min_discharge	xy	Input	No	x: NO_UNIT and y: NO_UNIT	None/null	SHOP_OPEN	16.0.0	No	Minimum discharge as a function of net head.
needle_combination	max_discharge	xy	Input	No	x: NO_UNIT and y: NO_UNIT	None/null	SHOP_OPEN	16.0.0	No	Maximum discharge as a function of net head.
needle_combination	original_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Original PQ-curve for the needle combination that includes non-convex regions.
needle_combination	convex_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Convexified PQ-curve for the needle combination that includes all the time-dependent operating limits and remove all the non-concave points of the original PQ curve. The slope of each segment is non-increasing.
needle_combination	final_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Final PQ curve for the needle combination that is the final form included into the MILP optimization problem. The first point of the convex PQ curve is extended to Q=0.
needle_combination	max_prod	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.4.0.0	No	The head dependent maximal production of the needle_combination, most accurate in incremental iterations.
needle_combination	min_prod	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.4.0.0	No	The head dependent minimal production of the needle_combination, most accurate in incremental iterations.
needle_combination	solver_committed_fraction	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	17.6.0	No	The value of the (relaxed) binary variable uesed to model the on/off status of the needle combination in full iterations. The value could be a fractional number between 0 (off) and 1 (on) if the unit commitment constraints are relaxed (mip_flag turned off).
pump	initial_state	int	Input	No	NO_UNIT	-1	SHOP_OPEN	13.0.0.a	No	The initial operation state of the pump before the optimization period: -1 = not set; 0 = not running; 1 = running.
pump	penstock	int	Input	Yes	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	The penstock number the pump is connected to.
pump	separate_droop	int	Input	No	NO_UNIT	0	SHOP_SEPARATE_DROOP	15.1.0.0	No	A flag to turn on (1) or off (0, default) the building of separate droop variables for FCR-N, FCR-D up, and FCR-D down for the pump.
pump	p_min	double	Input	No	MW	0.0	SHOP_OPEN	13.0.0.a	No	Static minimum consumption for the pump.
pump	p_max	double	Input	Yes	MW	0.0	SHOP_OPEN	13.0.0.a	No	Static maximum consumption for the pump.
pump	p_nom	double	Input	Yes	MW	0.0	SHOP_OPEN	13.0.0.a	No	The nominal consumption that is the rated capacity of the pump.
pump	gen_eff_curve	xy	Input	No	x: MW and y: %	None/null	SHOP_OPEN	13.0.0.a	No	The efficiency curve for the machine powering the pump.
pump	turb_eff_curves	xy_array	Input	Yes	x: M3/S and y: %	None/null	SHOP_OPEN	13.0.0.a	No	The turbine efficiency curve(s) as a function of upflow through the pump. Several curves can be specified for different head levels (reference value in the XY) to make the efficiency head-dependent.
pump	maintenance_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the pump is out for maintenance for a given time step.
pump	startcost	timeseries	Input	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Pump startup cost for turning on the pump that can vary over time.
pump	startcost_const	double	Input	No	NOK	0.0	SHOP_OPEN	17.5.0	No	A constant startup cost when turning on the pump in one time step. The timeseries attribute startcost is preferred over startcost_const if both are set.
pump	stopcost	timeseries	Input	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Pump shutdown cost for turning off the pump that can vary over time.
pump	stopcost_const	double	Input	No	NOK	0.0	SHOP_OPEN	17.5.0	No	A constant shutdown cost when turning off the pump in one time step. The timeseries attribute stopcost is preferred over stopcost_const if both are set.
pump	committed_in	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Committed status given by the user used to define the operating status of the pump in the optimization: 0 - committed not to run; 1 - committed to run.
pump	committed_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether to use the input commit status should be used for a given time step or not.
pump	upstream_max	timeseries	Input	No	METER	None/null	SHOP_PUMPING_CONSTRAINT	13.0.0.a	Yes	Maximum water level of upstream reservoir allowed when operating the pump. If the plant is connected to an upstream tunnel network, the smallest reservoir is used to build the constraints.
pump	upstream_max_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_PUMPING_CONSTRAINT	13.0.0.a	No	Flag determining whether the maximum water level of upstream reservoir allowed when operating the pump should be included in the optimization model.
pump	downstream_min	timeseries	Input	No	METER	None/null	SHOP_PUMPING_CONSTRAINT	13.0.0.a	Yes	Minimum water level of downstream reservoir required for operating the pump.
pump	downstream_min_flag	timeseries	Input	No	METER	None/null	SHOP_PUMPING_CONSTRAINT	13.0.0.a	No	Flag determining whether the minimum water level of downstream reservoir required for operating the pump should be included in the optimization model. If the plant is connected to a downstream tunnel network, the smallest reservoir is used to build the constraints.
pump	consumption_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Consumption schedule.
pump	consumption_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the pump consumption schedule should be included in the optimization model.
pump	upflow_schedule	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Pump upflow schedule.
pump	upflow_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Flag determining whether the pump upflow schedule should be included in the optimization model.
pump	fcr_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether binary variables should be used to enforce minimum available capacity requirement when delivering FCR.
pump	p_fcr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Temporary minimum consumption for the pump when delivering FCR.
pump	p_fcr_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Temporary maximum consumption for the pump when delivering FCR.
pump	p_rr_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Temporary, user-overridden minimum consumption for the pump when delivering RR. If not specified, or set above p_min on the pump, it defaults to p_min. The attribute ‘rr_up_stop_mip_flag’ on the pump or the attribute ‘rr_up_stop_mip’ on global_settings ensures valid delivery of RR-UP reserves up to full stop and also prohibits RR-UP allocation in the forbidden consumption region between 0 and p_rr_min.
pump	frr_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FRR_UP delivery for the pump.
pump	frr_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FRR_UP delivery for the pump.
pump	frr_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FRR_DOWN delivery for the pump.
pump	frr_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FRR_DOWN delivery for the pump.
pump	fcr_n_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FCR_N_UP delivery for the pump.
pump	fcr_n_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FCR_N_UP delivery for the pump.
pump	fcr_n_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FCR_N_DOWN delivery for the pump.
pump	fcr_n_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FCR_N_DOWN delivery for the pump.
pump	fcr_d_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum FCR_D_UP delivery for the pump.
pump	fcr_d_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum FCR_D_UP delivery for the pump.
pump	fcr_d_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	Minimum FCR_D_DOWN delivery for the pump.
pump	fcr_d_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	Maximum FCR_D_DOWN delivery for the pump.
pump	rr_up_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum RR_UP delivery for the pump.
pump	rr_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum RR_UP delivery for the pump.
pump	rr_down_min	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Minimum RR_DOWN delivery for the pump.
pump	rr_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Maximum RR_DOWN delivery for the pump.
pump	fcr_n_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump FCR_N_UP delivery schedule.
pump	fcr_n_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump FCR_N_UP delivery schedule should be included in the optimization model.
pump	fcr_n_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump FCR_N_DOWN delivery schedule.
pump	fcr_n_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump FCR_N_DOWN delivery schedule should be included in the optimization model.
pump	fcr_d_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump FCR_D_UP delivery schedule.
pump	fcr_d_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump FCR_D_UP delivery schedule should be included in the optimization model.
pump	fcr_d_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	Pump FCR_D_DOWN delivery schedule.
pump	fcr_d_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Flag determining whether the pump FCR_D_DOWN delivery schedule should be included in the optimization model.
pump	frr_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump FRR_UP delivery schedule.
pump	frr_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump FRR_UP delivery schedule should be included in the optimization model.
pump	frr_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump FRR_DOWN delivery schedule.
pump	frr_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump FRR_DOWN delivery schedule should be included in the optimization model.
pump	rr_up_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump RR_UP delivery schedule.
pump	rr_up_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump RR_UP delivery schedule should be included in the optimization model.
pump	rr_down_schedule	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Pump RR_DOWN delivery schedule.
pump	rr_down_schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Flag determining whether the pump RR_DOWN delivery schedule should be included in the optimization model.
pump	droop_cost	timeseries	Input	No	NOK	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	The cost for the inverse unit droop when it is modelled as a variable in the optimization model, which makes SHOP prefer high droop settings. The default droop_cost on global_settings is used if this attribute is not specified.
pump	fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Fixed unit droop given as input data.
pump	fixed_droop_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	Flag determining whether the fixed droop setting should be included in the optimization model.
pump	droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The lower bound of the unit droop when it is modelled as a variable in the optimization model. This bound is applied together with other FCR constraints, where the most restrictive will limit the FCR delivery.
pump	droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The upper bound of the unit droop when it is modelled as a variable in the optimization model. This bound is applied together with other FCR constraints, where the most restrictive will limit the FCR delivery.
pump	reserve_ramping_cost_up	timeseries	Input	No	NOK/MW	None/null	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	13.0.0.a	Yes	Upward reserve ramping cost for changing reserve delivery of the pump.
pump	reserve_ramping_cost_down	timeseries	Input	No	NOK/MW	None/null	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	13.0.0.a	Yes	Downward reserve ramping cost for changing reserve delivery of the pump.
pump	discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_DISCRETE_DROOP	14.0.1.0	No	A list of all legal droop values for the pump. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the pump droop.
pump	fcr_n_discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	A list of all legal droop values for FCR-N reserves when the pump is built with separate droop. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
pump	fcr_d_up_discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	A list of all legal droop values for FCR-D up reserves when the pump is built with separate droop. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
pump	fcr_d_down_discrete_droop_values	double_array	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	A list of all legal droop values for FCR-D down reserves when the pump is built with separate droop. If the functionality for fixing the unit droop is activated by the ‘set droop_discretization_limit’ command, this list of discrete values will be used when fixing the generator droop.
pump	fcr_n_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-N up reserves on this pump.
pump	fcr_n_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-N down reserves on this pump.
pump	fcr_d_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-D up reserves on this pump.
pump	fcr_d_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FCR-D down reserves on this pump.
pump	frr_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FRR up reserves on this pump.
pump	frr_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating FRR down reserves on this pump.
pump	rr_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating RR up reserves on this pump.
pump	rr_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	14.3.4.0	No	The cost of allocating RR down reserves on this pump.
pump	spinning_reserve_up_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.5.0	Yes	Sets a maximum limit for the sum of spinning reserves delivered in the upward direction on the pump.
pump	spinning_reserve_down_max	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.5.0	Yes	Sets a maximum limit for the sum of spinning reserves delivered in the downward direction on the pump.
pump	fcr_n_droop_cost	timeseries	Input	No	NOK	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The cost for the inverse unit droop for FCR-N reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. The droop_cost attribute on the pump or global_settings is used if this attribut is not specified.
pump	fcr_d_up_droop_cost	timeseries	Input	No	NOK	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The cost for the inverse unit droop for FCR-D up reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. The droop_cost attribute on the pump or global_settings is used if this attribut is not specified.
pump	fcr_d_down_droop_cost	timeseries	Input	No	NOK	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The cost for the inverse unit droop for FCR-D down reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. The droop_cost attribute on the pump or global_settings is used if this attribut is not specified.
pump	fcr_n_fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	Fixed unit droop schedule for FCR-N reserves when droop is built separately for FCR-N and FCR-D.
pump	fcr_d_up_fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	Fixed unit droop schedule for FCR-D up reserves when droop is built separately for FCR-N and FCR-D.
pump	fcr_d_down_fixed_droop	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	Fixed unit droop schedule for FCR-D down reserves when droop is built separately for FCR-N and FCR-D.
pump	fcr_n_droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The lower bound of the unit droop for FCR-N reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-N constraints, where the most restrictive will limit the FCR delivery.
pump	fcr_d_up_droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The lower bound of the unit droop for FCR-D up reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D up constraints, where the most restrictive will limit the FCR delivery.
pump	fcr_d_down_droop_min	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The lower bound of the unit droop for FCR-D down reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D down constraints, where the most restrictive will limit the FCR delivery.
pump	fcr_n_droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The upper bound of the unit droop for FCR-N reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-N constraints, where the most restrictive will limit the FCR delivery.
pump	fcr_d_up_droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The upper bound of the unit droop for FCR-D up reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D up constraints, where the most restrictive will limit the FCR delivery.
pump	fcr_d_down_droop_max	timeseries	Input	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	Yes	The upper bound of the unit droop for FCR-D down reserves when it is modelled as a variable in the optimization model and droop is built separately for FCR-N and FCR-D. This bound is applied together with other FCR-D down constraints, where the most restrictive will limit the FCR delivery.
pump	historical_consumption	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.6.0.0	No	The pump consumption for times before the optimization start.
pump	min_uptime	int	Input	No	MINUTE	0	SHOP_MIN_UPTIME_DOWNTIME	15.6.0.0	No	Minimum pump up-time, given in whole minutes.
pump	min_downtime	int	Input	No	MINUTE	0	SHOP_MIN_UPTIME_DOWNTIME	15.6.0.0	No	Minimum pump down-time, given in whole minutes.
pump	min_uptime_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_MIN_UPTIME_DOWNTIME	15.6.0.0	No	Flag for turning on/off the minimum pump up-time constraints.
pump	min_downtime_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_MIN_UPTIME_DOWNTIME	15.6.0.0	No	Flag for turning on/off the minimum pump down-time constraints.
pump	rr_up_stop_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	15.6.1.0	No	Setting this flag to 1 turns on the use of binary variables in full iterations to enable the pump to deliver valid RR-UP reserves up to full stop. This forces RR-UP to either be allocated as a spinning reserve up to p_rr_min (which defaults to p_min) or up to a full stop, and no other spinning reserves can be allocated on the unit if RR-UP is delivered up to stop. RR-UP allocation in forbidden consumption regions between 0 and p_rr_min is also prohibited. If the flag is not specified, the attribute ‘rr_up_stop_mip’ on global_settings is used.
pump	max_p_constr	timeseries	Input	No	MW	None/null	SHOP_OPEN	16.4.1	Yes	Time-dependent maximum consumption limit for the pump that will replace static p_max if it is more constraining.
pump	max_p_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.4.1	No	Flag determining whether the time-dependent maximum consumption limit for the pump should be included in the building of the original PQ curve.
pump	min_p_constr	timeseries	Input	No	MW	None/null	SHOP_OPEN	16.4.1	Yes	Time-dependent minimum consumption limit for the pump that will replace static p_min if it is more constraining. Note that the pump may still be turned off if a min_p_constr > 0 is set, use the committed_in attribute to force the pump to be on.
pump	min_p_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.4.1	No	Flag determining whether the time-dependent minimum consumption limit for the pump should be included in the building of the original PQ curve.
pump	min_q_constr	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	16.4.1	Yes	Time-dependent minimum upflow limit for the pump. Note that the pump may still be turned off if a min_q_constr > 0 is set, use the committed_in attribute to force the pump to be on.
pump	min_q_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.4.1	No	Flag determining whether the time-dependent minimum upflow limit for the pump should be included in the building of the original PQ curve.
pump	max_q_constr	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	16.4.1	Yes	Time-dependent maximum upflow limit for the pump.
pump	max_q_constr_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	16.4.1	No	Flag determining whether the time-dependent maximum upflow limit for the pump should be included in the building of the original PQ curve.
pump	only_spinning_rr_down	int	Input	No	NO_UNIT	0	SHOP_RESERVE_GROUP	16.9.0	No	Set this value to 1 to force the pump to only deliver RR-DOWN reserves if it is spinning. The default behaviour in SHOP (when this value is 0) is to allow offline pumps to deliver RR-DOWN reserves.
pump	gross_head_min	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Minimum gross head limit for pump consumption. If there is a tunnel network above/below the plant, the gross head is found from the lowest/highest reservoir level in the tunnel network above/below.
pump	gross_head_max	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Maximum gross head limit for pump consumption. If there is a tunnel network above/below the plant, the gross head is found from the lowest/highest reservoir level in the tunnel network above/below.
pump	gross_head_min_flag	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Flag for turning on/off the minimum gross head limit for pump consumption.
pump	gross_head_max_flag	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.6.0	No	Flag for turning on/off the maximum gross head limit for pump consumption.
pump	startup_gross_head_min	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.9.0	Yes	Minimum gross head limit for pump startup, the unit is not allowed to start if the gross hed is below this limit. If there is a tunnel network above/below the plant, the gross head is found from the lowest/highest reservoir level in the tunnel network above/below.
pump	startup_gross_head_min_flag	timeseries	Input	No	METER	None/null	SHOP_OPEN	17.9.0	No	Flag for turning on/off the minimum gross head limit for pump startup.
pump	eff_head	timeseries	Output	No	METER	None/null	SHOP_OPEN	14.0.0.1	No	Resulting effective head of the pump.
pump	sim_eff_head	timeseries	Output	No	METER	None/null	SHOP_OPEN	16.7.0	No	Resulting effective head of the pump during simulation.
pump	head_loss	timeseries	Output	No	METER	None/null	SHOP_OPEN	14.0.0.1	No	Resulting head loss of the pump, i.e. the effective head of the pump (eff_head) minus the plant gross head (gross_head).
pump	sim_head_loss	timeseries	Output	No	METER	None/null	SHOP_OPEN	16.7.0	No	Resulting head loss of the pump in the simulation, i.e. the effective head of the pump (eff_head) minus the plant gross head (gross_head).
pump	consumption	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting pump consumption, calculated based on upflow.
pump	sim_consumption	timeseries	Output	No	MW	None/null	SHOP_SIMULATION	13.0.0.a	No	Simulated pump consumption, calculated based on upflow.
pump	solver_consumption	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Preliminary result for pump consumption that is returned by the linearized optimization problem.
pump	upflow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Resulting pump upflow. If solver_upflow >= pump_turn_off_limit, upflow = solver_upflow. Otherwise, upflow = 0.
pump	sim_upflow	timeseries	Output	No	M3/S	None/null	SHOP_SIMULATION	13.0.0.a	No	Simulated pump upflow.
pump	solver_upflow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Preliminary result for pump upflow that is returned by the linearized optimization problem.
pump	committed_out	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Committed status of the pump based on the results of the optimization: 0 - not running; 1 - committed to run. The unit will be either turned on or off based on the optimized upflow in full iterations and the pump_turn_off_limit on global_settings. See also the solver_committed_fraction attribute for the actual optimized value of the (relaxed) binary variable used to model whether the pump is on or off.
pump	solver_committed_fraction	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	17.6.0	No	The value of the (relaxed) binary variable uesed to model the on/off status of the pump in full iterations. The value could be a fractional number between 0 (off) and 1 (on) if the unit commitment constraints are relaxed (mip_flag turned off).
pump	consumption_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the pump consumption schedule is violated.
pump	upflow_schedule_penalty	timeseries	Output	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Resulting penalty when the pump upflow schedule is violated.
pump	fcr_n_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump FCR_N_UP delivery.
pump	fcr_n_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump FCR_N_DOWN delivery.
pump	fcr_d_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump FCR_D_UP delivery.
pump	fcr_d_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Resulting pump FCR_D_DOWN delivery.
pump	frr_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump FRR_UP delivery.
pump	frr_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump FRR_DOWN delivery.
pump	rr_up_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump RR_UP delivery.
pump	rr_down_delivery	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting pump RR_DOWN delivery.
pump	fcr_n_up_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical pump FCR_N delivery in the upward direction.
pump	fcr_n_down_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical pump FCR_N delivery in the downward direction.
pump	fcr_d_up_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical pump FCR_D delivery in the upward direction.
pump	fcr_d_down_delivery_physical	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.3.3.0	No	Resulting physical pump FCR_D delivery in the downward direction.
pump	fcr_n_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump FCR_N_UP schedule is violated.
pump	fcr_n_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump FCR_N_DOWN schedule is violated.
pump	fcr_d_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump FCR_D_UP schedule is violated.
pump	fcr_d_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Resulting penalty when the pump FCR_D_DOWN schedule is violated.
pump	frr_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump FRR_UP schedule is violated.
pump	frr_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump FRR_DOWN schedule is violated.
pump	rr_up_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump RR_UP schedule is violated.
pump	rr_down_schedule_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when the pump RR_DOWN schedule is violated.
pump	droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting unit droop when it is modelled as a variable in the optimization model.
pump	original_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Original PQ-curve for the pump that includes non-convex regions.
pump	convex_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Convexified PQ-curve for the pump that removes all the non-concave points of the original PQ curve. The slope of each segment is non-decreasing.
pump	final_pq_curves	xyt	Output	No	x: M3/S and y: MW	None/null	SHOP_OPEN	13.5.2.a	No	Final PQ curve for the pump that is the final form included into the optimization problem. The first point of the convex PQ curve is extended to Q=0.
pump	max_cons	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.4.0.0	No	The head-dependent maximal consumption of the pump. Most accurate in incremental iterations.
pump	min_cons	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.4.0.0	No	The head-dependent minimal consumption of the pump. Most accurate in incremental iterations.
pump	fcr_n_droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The optimized unit droop for FCR-N reserves when the droop is built separately for FCR-N and FCR-D. If all FCR reserves share a common droop setting, this timeseries is identical to the ‘droop_result’ attribute.
pump	fcr_d_up_droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The optimized unit droop for FCR-D up reserves when the droop is built separately for FCR-N and FCR-D. If all FCR reserves share a common droop setting, this timeseries is identical to the ‘droop_result’ attribute.
pump	fcr_d_down_droop_result	timeseries	Output	No	NO_UNIT	None/null	SHOP_SEPARATE_DROOP	15.1.0.0	No	The optimized unit droop for FCR-D down reserves when the droop is built separately for FCR-N and FCR-D. If all FCR reserves share a common droop setting, this timeseries is identical to the ‘droop_result’ attribute.
gate	time_delay	int	Input	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Deprecated: All time delay should be modelled by using the river object (does not require additional license). The delay between water leaving the gate and until it ends up in the downstream reservoir.
gate	add_slack	int	Input	No	NO_UNIT	1	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Include slack variables for the corresponding delta meter gate.
gate	max_discharge	double	Input	No	M3/S	100000.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Maximum discharge capacity for the gate.
gate	lin_rel_a	double	Input	No	NO_UNIT		SHOP_GATE_FLOW_LIN_REL	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Linear approximation to model gate discharge (in Mm3) as a function of upstream reservoir volume: gate_flow = lin_rel_a*up_rsv_volume + lin_rel_b.
gate	lin_rel_b	double	Input	No	MM3		SHOP_GATE_FLOW_LIN_REL	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Linear approximation to model gate discharge (in Mm3) as a function of upstream reservoir volume: gate_flow = lin_rel_a*up_rsv_volume + lin_rel_b.
gate	shape_discharge	xy	Input	No	x: HOUR and y: NO_UNIT	None/null	SHOP_DYNAMIC_DELAY	13.0.0.a	No	Deprecated: All time delay should be modelled by using the river object (does not require additional license). Describes the wave shape of the delayed discharge for a gate by ratios as a function of time delays.
gate	spill_cost_curve	xy	Input	No	x: M3/S and y: NOK/M3/S	None/null	SHOP_FLOOD_SUPPORT	14.2.2.0	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Describes a piece-wise constant cost curve for the flow in the gate. This is only available for spill gates, and overrides the default overflow penalty in SHOP.
gate	peak_flow_cost_curve	xy	Input	No	x: M3/S and y: NOK/M3/S	None/null	SHOP_FLOOD_SUPPORT	14.2.2.0	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Describes the piece-wise constant cost curve for the highest achieved flow rate in the gate over the optimization horizon.
gate	peak_flow_penalty	timeseries	Output	No	NOK	None/null	SHOP_FLOOD_SUPPORT	14.0.1.0	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). The penalty incurred based on the peak_flow_cost_curve and the highest achieved flow rate in the gate over the optimization horizon.
gate	functions_meter_m3s	xy_array	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). The relation between the head and opening of the gate or weir to define the discharge function of the gate.
gate	functions_deltameter_m3s	xy_array	Input	No	x: DELTA_METER and y: M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Relationship between flow through the gate and water level in upper reservoir and difference in water level between upper and lower reservoir.
gate	min_flow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Minimum flow constraint on the gate.
gate	min_flow_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining whether the min_flow should be used.
gate	max_flow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Maximum flow constraint on the gate.
gate	max_flow_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining whether the max_flow should be used.
gate	schedule_m3s	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Gate discharge schedule.
gate	schedule_percent	timeseries	Input	No	%	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Gate schedule in percent opening of the gate.
gate	schedule_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining how the gate schedule should be used: 0 = no discharge schedule; 1 = discharge schedule; 2 = flow is calculated from reservoir water level and flow function for the gate.
gate	setting	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Predefined position of the gate to be used for determining gate flow together with functions and upstream water level.
gate	setting_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining whether the gate setting should be used to determine the flow through the gate.
gate	discharge_fee	timeseries	Input	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Cost of discharging water through the gate referred to the time of discharge.
gate	discharge_fee_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining whether discharge_fee should be used in the optimization model.
gate	block_merge_tolerance	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Maximum deviation in discharge between two time steps that forces these hours to have the same discharge in later iterations.
gate	min_q_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). A flag enabling the penalty cost for the minimum discharge constraint on the gate.
gate	max_q_penalty_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). A flag enabling the penalty cost for the maximum discharge constraint on the gate.
gate	ramping_up	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_GATE_RAMPING	13.5.4.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Maximum limit for increase in gate discharge per hour.
gate	ramping_up_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_GATE_RAMPING	13.5.4.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). A flag for toggling the upper ramping limit constraint on and off for this gate.
gate	ramping_down	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_GATE_RAMPING	13.5.4.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Maximum limit for decrease in gate discharge per hour.
gate	ramping_down_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_GATE_RAMPING	13.5.4.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). A flag for toggling the lower ramping limit constraint on and off for this gate.
gate	ramp_penalty_cost	timeseries	Input	No	NOK/M3/S	None/null	SHOP_GATE_RAMPING	13.5.4.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). The penalty cost for breaking the upper or lower discharge ramping limits for the gate.
gate	ramp_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_GATE_RAMPING	13.5.4.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). A flag for toggling the use of the specified ramping penalty cost for this gate on or off.
gate	max_q_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). The penalty cost for the gate maximum discharge constraint.
gate	min_q_penalty_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	Yes	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). The penalty cost for the gate minimum discharge constraint.
gate	max_q_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining whether max_q_penalty_cost should be included in the optimization model.
gate	min_q_penalty_cost_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SOFT_CONSTRAINTS	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Flag determining whether min_q_penalty_cost should be included in the optimization model.
gate	min_q_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Resulting penalty when the gate minimum discharge is violated.
gate	max_q_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Resulting penalty when the gate maximum discharge is violated.
gate	discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Resulting gate discharge.
gate	sim_discharge	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.2.0.a	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Simulated gate discharge.
gate	spill_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	17.9.0	No	Deprecated: All gates should be modelled by using the river or tunnel objects (does not require additional license). Resulting cost for spilling water for spill gates.
thermal	fuel_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	14.3.2.0	No	Cost proportional to the amount of fuel used by the thermal unit.
thermal	quadratic_fuel_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	14.3.2.0	No	Cost proportional to the square of the amount of fuel used by the thermal unit.
thermal	n_segments	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.3.2.0	No	Number of segments on the production curve of the unit.
thermal	min_prod	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.2.0	No	Minimum production level of the unit.
thermal	max_prod	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.2.0	No	Maximum production level of the unit.
thermal	startcost	timeseries	Input	No	NOK	None/null	SHOP_OPEN	14.3.2.0	No	Cost for starting up the unit.
thermal	stopcost	timeseries	Input	No	NOK	None/null	SHOP_OPEN	14.3.2.0	No	Cost for shutting down the unit.
thermal	production	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.2.0	No	Production from the unit.
junction	junc_slack	int	Input	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Flag determining whether slack variables should be added to the mass balance of the junction.
junction	altitude	double	Input	No	METER	0.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Physical height of the connection point between tunnel_1 and tunnel_2 coming into this junction.
junction	tunnel_flow_1	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Resulting flow in tunnel_1.
junction	tunnel_flow_2	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Resulting flow in tunnel_2.
junction	sim_tunnel_flow_1	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.5.4.c	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). The simulated flow in tunnel_1 of the junction.
junction	sim_tunnel_flow_2	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.5.4.c	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). The simulated flow in tunnel_2 of the junction.
junction	loss_factor_1	double	Input	No	S2/M5	0.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Friction loss factor for tunnel_1 into this junction multiplied with the square of the flow to get head loss.
junction	loss_factor_2	double	Input	No	S2/M5	0.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Friction loss factor for tunnel_2 into this junction multiplied with the square of the flow to get head loss.
junction	min_pressure	timeseries	Input	No	METER	None/null	SHOP_PRESSURE_LINK	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Minimum pressure requirement at the connection point of tunnel_1 and tunnel_2.
junction	pressure_height	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Resulting pressure height from the optimization calculations.
junction	sim_pressure_height	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.5.4.c	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Resulting pressure height from the simulation.
junction	incr_cost	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Resulting marginal value of water in this junction referred to ocean level accounting for headloss between the tunnel connection point and the plant below.
junction	local_incr_cost	timeseries	Output	No	NOK	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junctions should be modelled by using the tunnel object (does not require additional license). Resulting marginal value of water in this junction referred to the next reservoir below accounting for headloss between the tunnel connection point and the plant below.
junction_gate	add_slack	int	Input	No	NO_UNIT	0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Flag determining whether slack variables should be added to the mass balance of the junction gate.
junction_gate	height_1	double	Input	No	METER	0.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Physical height of the connection point between tunnel_1 and tunnel_2 coming into this junction.
junction_gate	loss_factor_1	double	Input	No	S2/M5	0.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Friction loss factor for tunnel_1 into this junction multiplied with the square of the flow to get head loss.
junction_gate	loss_factor_2	double	Input	No	S2/M5	0.0	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Friction loss factor for tunnel_2 into this junction multiplied with the square of the flow to get head loss.
junction_gate	schedule	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Schedule determining the opening status of this junction gate. -2 means that both tunnel_1 and tunnel_2 are open 0 means that the output from the junction_gate is closed 1 means that only tunnel_1 is connected and 2 means that only tunnel_2 is connected. If two junction_gates are connected in series. The lower junction gate can only have schedule values of 0 or 1 or 2.
junction_gate	pressure_height	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Resulting pressure height from the optimization calculations.
junction_gate	tunnel_flow_1	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Resulting flow in tunnel_1.
junction_gate	tunnel_flow_2	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: All junction_gates should be modelled by using the tunnel object (does not require additional license). Resulting flow in tunnel_2.
creek_intake	net_head	double	Input	No	METER	0.0	SHOP_CREEK_INTAKE	13.0.0.a	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license). Physical height of the creek intake opening.
creek_intake	max_inflow	double	Input	No	M3/S	0.0	SHOP_CREEK_INTAKE	13.0.0.a	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Static maximum capacity for inflow to this creek intake.
creek_intake	max_inflow_dynamic	timeseries	Input	No	M3/S	None/null	SHOP_CREEK_INTAKE	13.0.0.a	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Time-dependent maxiumu capacity for inflow to this creek intake.
creek_intake	inflow	timeseries	Input	No	M3/S	None/null	SHOP_CREEK_INTAKE	13.0.0.a	Yes	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Inflow to the creek intake.
creek_intake	sim_inflow	timeseries	Output	No	M3/S	None/null	SHOP_CREEK_INTAKE	13.2.0.a	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Resulting inflow to this creek intake after simulation based on observed reservoir level and plant production.
creek_intake	sim_pressure_height	timeseries	Output	No	METER	None/null	SHOP_CREEK_INTAKE	13.5.4.c	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Resulting pressure height of the creek intake after simulation based on observed reservoir level and plant production.
creek_intake	inflow_percentage	timeseries	Input	No	M3/S	None/null	SHOP_CREEK_INTAKE	13.0.0.a	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Predefined factor to generate inflow to this creek intake based on a percentage of the inflow to the reservoir above.
creek_intake	overflow_cost	timeseries	Input	No	NOK/MM3	None/null	SHOP_CREEK_INTAKE	13.0.0.a	Yes	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Cost for spillage from this creek intake if a spill gate is connected to it.
creek_intake	non_physical_overflow_flag	timeseries	Output	No	NO_UNIT	None/null	SHOP_CREEK_INTAKE	13.0.0.a	No	Deprecated: All creek_intakes should be modelled by using the tunnel object (does not require additional license).Resulting flag series telling if there was non-physical overflow from this creek intake i.e. spilling water with inflow below the maximum capacity.
contract	initial_trade	double	Input	No	MW		SHOP_CONTRACT	14.5.0.0	Yes	The amount of power traded on the contract right before the optimization horizon begins, only used to implement ramping constraints for the first time step. If this value is not specified (default value 1e40), no ramping constraints are built for the first time step.
contract	trade_curve	xyt	Input	Yes	x: MW and y: NOK/MWH	None/null	SHOP_CONTRACT	14.5.0.0	No	The trade_curve defines the size and price of the sale (negative volume) and buy (positive volume) steps of the financial contract. The X values of each XY table represents a step curve of volumes that can be traded, while the Y values defines the price for each volume step. Each XY table is valid from the specified start time until the start time of a later XY table is reached.
contract	min_trade	timeseries	Input	No	MW	None/null	SHOP_CONTRACT	14.5.0.0	Yes	The minimum amount of power that must be traded on this contract, can be a negative number.
contract	max_trade	timeseries	Input	No	MW	None/null	SHOP_CONTRACT	14.5.0.0	Yes	The maximum amount of power that must be traded on this contract, can be a negative number.
contract	ramping_up	timeseries	Input	No	MW_HOUR	None/null	SHOP_CONTRACT	14.5.0.0	No	The limit for ramping up the power traded in the contract between time steps. The ramping up constraints are hard limits if ramping_up_penalty_cost is not specified on the contract.
contract	ramping_down	timeseries	Input	No	MW_HOUR	None/null	SHOP_CONTRACT	14.5.0.0	No	The limit for ramping down the power traded in the contract between time steps. The ramping down constraints are hard limits if ramping_down_penalty_cost is not specified on the contract.
contract	ramping_up_penalty_cost	timeseries	Input	No	NOK/MW	None/null	SHOP_CONTRACT	14.5.0.0	Yes	The cost of breaking the ramping up constraints.
contract	ramping_down_penalty_cost	timeseries	Input	No	NOK/MW	None/null	SHOP_CONTRACT	14.5.0.0	Yes	The cost of breaking the ramping down constraints.
contract	trade	timeseries	Output	No	MW	None/null	SHOP_CONTRACT	14.5.0.0	No	The total amount of power traded on the contract.
contract	ramping_up_penalty	timeseries	Output	No	NOK	None/null	SHOP_CONTRACT	14.5.0.0	No	The penalty for breaking the upward ramping constraints on the contract.
contract	ramping_down_penalty	timeseries	Output	No	NOK	None/null	SHOP_CONTRACT	14.5.0.0	No	The penalty for breaking the downward ramping constraints on the contract.
market	prod_area	int	Input	No	NO_UNIT	1	SHOP_OPEN	13.0.0.a	No	Deprecated: use a busbar object per price area and connect the appropriate units and markets to the busbars. Definition of which production area this market belongs to. All the plants with corresponding prod_area will sell their production to markets in this price area.
market	market_type	string	Input	No	STRING	ENERGY	SHOP_RESERVE_GROUP	13.0.0.a	No	String defining the product that is sold in this market. Allowed values are ENERGY, FCR_N_UP, FCR_N_DOWN, FCR_D_UP, FCR_D_DOWN (from version 14.2.0.0), FRR_UP, FRR_DOWN, RR_UP, and RR_DOWN. If this value is not given default market type is ENERGY.
market	load	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	Deprecated: use a busbar object to add load to a set of connected units and markets. Fixed demand that must be delivered to this market. This comes in addition to any power sold to the market.
market	max_buy	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	The maximum power that can be bought from the market.
market	max_sale	timeseries	Input	No	MW	None/null	SHOP_OPEN	13.0.0.a	Yes	The maximum power that can be sold to the market.
market	load_price	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	14.6.0.0	Yes	Price for load obligation to this market. If load_price is not given, sale_price is used to calculate the load value.
market	buy_price	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	13.0.0.a	Yes	Price for buying power from this market.
market	sale_price	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	13.0.0.a	Yes	Price for selling power to this market.
market	buy_delta	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	13.0.0.a	No	A (small) amount that will be added to the buy price in this market.
market	sale_delta	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	13.0.0.a	No	A (small) amount that will be subtracted from the sale price in this market.
market	bid_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Flag determining the time steps that should be included in the bid matrix.
market	common_scenario	timeseries	Input	No	NO_UNIT	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Definition of non-anticipativity constraints for each market. The amount traded in the market must be the same for all scenarios and time steps where common_scenario is equal.
market	buy	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting power bought from this market.
market	sale	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Resulting power sold to this market.
market	sim_sale	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.2.0.a	No	Simulated power sold to this market.
market	sim_buy	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.4.0.0	No	Simulated power bought from this market.
market	reserve_obligation_penalty	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Deprecated: the reserve obligation penalty for reserve markets is found under the connected reserve_group object (rr_up_violation etc.). Resulting penalty when the reserve obligation is violated.
market	load_penalty	timeseries	Output	No	MW	None/null	SHOP_OPEN	13.0.0.a	No	Deprecated: use a busbar object to add load to a set of connected units and markets. Resulting penalty when the load obligation is violated.
global_settings	load_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the creation of load penalty variables to add to the load balance constraint. Can also be set with the command ‘penalty flag’.
global_settings	rsv_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of reservoir storage penalty variables. Can also be set with the command ‘penalty flag’.
global_settings	volume_ramp_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables for volume ramping on reservoir. Can also be set with the command ‘penalty flag’.
global_settings	level_ramp_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.6	No	Turn on (1, default) or off (0) the addition of penalty variables for level ramping on reservoir. Can also be set with the command ‘penalty flag’.
global_settings	production_ramp_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables for power ramping on plant production. Can also be set with the command ‘penalty flag’.
global_settings	plant_min_q_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1) or off (0) the addition of penalty variables to the min discharge restrictions on all plants. Default value -1 uses the min_q_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	plant_min_p_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1) or off (0) the addition of penalty variables to the min power restrictions on all plants. Default value -1 uses the min_p_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	plant_max_q_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1) or off (0) the addition of penalty variables to the max discharge restrictions on all plants. Default value -1 uses the max_q_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	plant_max_p_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1) or off (0) the addition of penalty variables to the max power restrictions on all plants. Default value -1 uses the max_p_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	gate_min_q_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1) or off (0) the addition of penalty variables to the min discharge restrictions on all gates. Default value -1 uses the min_q_penalty_flag specified on each gate to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	gate_max_q_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1) or off (0) the addition of penalty variables to the max discharge restrictions on all gates. Default value -1 uses the max_q_penalty_flag specified on each gate to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	gate_ramp_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables to the gate ramping restrictions. Can also be set with the command ‘penalty flag’.
global_settings	plant_schedule_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables to allow breaking the plant production or discharge schedule. Can also be set with the command ‘penalty flag’.
global_settings	gen_discharge_schedule_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables to allow breaking the generator discharge schedule.
global_settings	pump_schedule_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables to allow breaking the pump consumption or upflow schedule.
global_settings	power_limit_penalty_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the addition of penalty variables to allow breaking the sum power limits for a group of plants. Can also be set with the command ‘penalty flag’.
global_settings	power_limit_penalty_cost	double	Input	No	NOK/MWH	50000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the constraints limiting the sum power output for a group of plants. Default value is 50000 NOK/MWh. Can also be set with the command ‘penalty cost’.
global_settings	load_penalty_cost	double	Input	No	NOK/MWH	5000	SHOP_OPEN	14.0.0.1	No	The penalty cost for not fulfilling the load obligation. Default value is 5000 NOK/MWh. Can also be set with the command ‘penalty cost’.
global_settings	rsv_penalty_cost	double	Input	No	NOK/MM3	10000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the reservoir water balance constraints. Default value is 10,000,000 NOK/Mm3. Can also be set with the command ‘penalty cost’.
global_settings	rsv_hard_limit_penalty_cost	double	Input	No	NOK/MM3	9000000	SHOP_OPEN	14.4.0.3	No	The penalty cost for breaking the hard min/max volume or level limit constraints on all reservoirs. Default value is 9,000,000 NOK/Mm3. Can also be set with the command ‘set rsv_hard_limit_penalty_cost’.
global_settings	volume_ramp_penalty_cost	double	Input	No	NOK/MM3	100	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the reservoir volume ramping constraints. Default value is 100 NOK/MM3. Can also be set with the command ‘penalty cost’.
global_settings	level_ramp_penalty_cost	double	Input	No	NOK/METER	100	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the reservoir level ramping constraints. Default value is 100 NOK/METER.
global_settings	production_ramp_penalty_cost	double	Input	No	NOK/MWH	100	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the plant power production ramping constraints. Default value is 100 NOK/MWh. Can also be set with the command ‘penalty cost’.
global_settings	plant_discharge_ramp_penalty_cost	double	Input	No	NOK/M3/S	100	SHOP_OPEN	15.2.0.0	No	The penalty cost for breaking the plant discharge ramping constraints. Default value is 100 NOK/m3s. Can also be set with the command ‘penalty cost’.
global_settings	plant_soft_p_penalty	double	Input	No	NOK/MWH	100	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	The penalty cost for breaking max and min power production constraints on plant level if max_p_penalty_cost and min_p_penalty_cost are not set for the plant. Default value is 100 NOK/MWh. Can also be set with the command ‘penalty cost’.
global_settings	plant_soft_q_penalty	double	Input	No	NOK/MM3	100000	SHOP_SOFT_CONSTRAINTS	14.0.0.1	No	The penalty cost for breaking max and min discharge constraints on plant level if max_q_penalty_cost and min_q_penalty_cost are not set for the plant. Default value is 100000 NOK/Mm3. Can also be set with the command ‘penalty cost’.
global_settings	plant_sched_penalty_cost_up	double	Input	No	NOK	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the plant production or discharge schedules in upward direction. Default value is 1000000 NOK/MWh or 1000000 NOK/Mm3.
global_settings	plant_sched_penalty_cost_down	double	Input	No	NOK	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the plant production or discharge schedules in downward direction. Default value is 1000000 NOK/MWh or 1000000 NOK/Mm3.
global_settings	gen_discharge_sched_penalty_cost_up	double	Input	No	NOK/MM3	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the generator discharge schedule in upward direction. Default value is 1000000 NOK/Mm3.
global_settings	gen_discharge_sched_penalty_cost_down	double	Input	No	NOK/MM3	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the generator discharge schedules in downward direction. Default value is 1000000 NOK/Mm3.
global_settings	pump_sched_penalty_cost_up	double	Input	No	NOK	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the pump production or discharge schedules in upward direction. Default value is 1000000 NOK/MWh or 1000000 NOK/Mm3.
global_settings	pump_sched_penalty_cost_down	double	Input	No	NOK	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the pump production or discharge schedules in downward direction. Default value is 1000000 NOK/MWh or 1000000 NOK/Mm3.
global_settings	gate_ramp_penalty_cost	double	Input	No	NOK/M3/S	360	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the gate discharge ramping constraints. Default value is 360 NOK/(m3/s). Can also be set with the command ‘penalty cost’.
global_settings	discharge_group_penalty_cost	double	Input	No	NOK/MM3	1000000	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the discharge group constraints. Default value is 1000000 NOK/Mm3.
global_settings	reserve_schedule_penalty_cost	double	Input	No	NOK/MWH	10000	SHOP_RESERVE_GROUP	14.0.0.1	No	The penalty cost for breaking the unit reserve schedule constraints. Default value is 10000 NOK/MWH. Can also be set with the command ‘set reserve_schedule_penalty_cost’.
global_settings	reserve_group_penalty_cost	double	Input	No	NOK/MWH	10000	SHOP_RESERVE_GROUP	14.0.0.1	No	The penalty cost for delivering less than the reserve obligations of any reserve type in any reserve group. Default value is 10000 NOK/MWH. Can also be set with the command ‘set reserve_penalty_cost’.
global_settings	bypass_cost	double	Input	No	NOK/MM3	0.01	SHOP_OPEN	14.0.0.1	No	The cost of discharging water in bypass gates. Default value is 0.01 NOK/Mm3.
global_settings	gate_cost	double	Input	No	NOK/MM3	0.0	SHOP_OPEN	14.0.0.1	No	The cost of discharging water in regular gates. Default value is 0 NOK/Mm3.
global_settings	overflow_cost	double	Input	No	NOK/MM3	50000	SHOP_OPEN	14.0.0.1	No	The cost of discharging water in spill gates. Default value is 50000 NOK/Mm3. Can also be set with the command ‘penalty cost’.
global_settings	overflow_cost_time_factor	double	Input	No	NOK/MM3H	-0.000001	SHOP_OPEN	14.0.0.1	No	A small negative cost element added to the spillage cost to avoid all flooding to occur at the end of the optimization period. Default value is -0.000001 NOK/Mm3/h. Can also be set with the command ‘penalty cost’.
global_settings	gen_reserve_ramping_cost	double	Input	No	NOK/MW	0.0	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	14.0.0.1	Yes	The default cost for ramping on all reserves types delivered on generators if generator specific or reserve type specific costs are not present. See the reserve type specific attributes fcr_n_ramping_cost, fcr_d_ramping_cost, frr_ramping_cost, and rr_ramping_cost and the command ‘set reserve_ramping_cost’.
global_settings	pump_reserve_ramping_cost	double	Input	No	NOK/MW	0.0	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	14.0.0.1	Yes	The default cost for ramping on all reserves types delivered on pumps if pump specific or reserve type specific costs are not present. See the reserve type specific attributes fcr_n_ramping_cost, fcr_d_ramping_cost, frr_ramping_cost, and rr_ramping_cost and the command ‘set reserve_ramping_cost’.
global_settings	reserve_contribution_cost	double	Input	No	NOK	0.0	SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	14.0.0.1	No	The cost for a unit participating in the reserve delivery per time step. Default value is 0 NOK. Can also be set with the command ‘set reserve_contribution_cost’.
global_settings	gate_ramp_cost	double	Input	No	NOK/M3/S	0.0	SHOP_OPEN	14.0.0.1	No	The cost of ramping on gate discharge. Default value is 0 NOK/(m3/s).
global_settings	reserve_group_slack_cost	double	Input	No	NOK/MWH	0.000001	SHOP_RESERVE_GROUP	14.0.0.1	No	The cost for delivering more than the reserve obligations of any reserve type in any reserve group. Default value is 0.000001 NOK/MWH. Can also be set with the command ‘set reserve_slack_cost’.
global_settings	fcr_n_ramping_cost	double	Input	No	NOK/MW		SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	15.0.0.0	Yes	The cost for ramping on the FCR-N reserves delivered by the generators and pumps if unit specific costs are not provided. Default value of 1e40 signifies that the ramping cost is not specified, and that the default gen_reserve_ramping_cost should be used instead. Can also be set with the command ‘set reserve_ramping_cost’.
global_settings	fcr_d_ramping_cost	double	Input	No	NOK/MW		SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	15.0.0.0	Yes	The cost for ramping on the FCR-D reserves delivered by the generators and pumps if unit specific costs are not provided. Default value of 1e40 signifies that the ramping cost is not specified, and that the default gen_reserve_ramping_cost should be used instead. Can also be set with the command ‘set reserve_ramping_cost’.
global_settings	frr_ramping_cost	double	Input	No	NOK/MW		SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	15.0.0.0	Yes	The cost for ramping on the FRR reserves delivered by the generators and pumps if unit specific costs are not provided. Default value of 1e40 signifies that the ramping cost is not specified, and that the default gen_reserve_ramping_cost should be used instead. Can also be set with the command ‘set reserve_ramping_cost’.
global_settings	rr_ramping_cost	double	Input	No	NOK/MW		SHOP_RESERVE_CLUSTERING_FUNCTIONALITY	15.0.0.0	Yes	The cost for ramping on the RR reserves delivered by the generators and pumps if unit specific costs are not provided. Default value of 1e40 signifies that the ramping cost is not specified, and that the default gen_reserve_ramping_cost should be used instead. Can also be set with the command ‘set reserve_ramping_cost’.
global_settings	fcr_n_up_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved FCR-N up capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_n_down_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved FCR-N down capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_d_up_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved FCR-D up capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_d_down_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved FCR-D down capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	frr_up_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved FRR up capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	frr_down_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved FRR down capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	rr_up_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved RR up capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	rr_down_activation_factor	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	Yes	The fraction (between 0 and 1) of the reserved RR down capacity that is assumed to be activated for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_n_up_activation_time	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved FCR-N up capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_n_down_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved FCR-N down capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_d_up_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved FCR-D up capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_d_down_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved FCR-D down capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	frr_up_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved FRR up capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	frr_down_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved FRR down capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	rr_up_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved RR up capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	rr_down_activation_time	double	Input	No	HOUR	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The expected activation duration for the reserved RR down capacity that is assumed for all units in the system, the plant specific attribute with the same name will override this value.
global_settings	fcr_n_up_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of FCR-N up reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	fcr_n_down_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of FCR-N down reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	fcr_d_up_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of FCR-D up reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	fcr_d_down_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of FCR-D down reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	frr_up_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of FRR up reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	frr_down_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of FRR down reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	rr_up_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of RR up reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	rr_down_activation_penalty_cost	double	Input	No	NOK/MM3	10000.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the reservoir volume constraints due to potential activation of RR down reserves. Can also be set with the command ‘set reserve_activation_penalty_cost’.
global_settings	reserve_tactical_activation_cost_scaling	double	Input	No	NO_UNIT	0.0	SHOP_ADVANCED_RESERVE_ACTIVATION	15.3.0.0	No	The penalty cost for violating the tactical reservoir volumes is decided by the reserve activation penalty cost scaled by this factor. Can also be set with the command ‘set reserve_tactical_activation_cost_scaling’.
global_settings	rsv_period_limit_penalty_cost	double	Input	No	NOK/METER	100000	SHOP_OPEN	17.1.0	No	The penalty cost for breaking the reservoir period level limit constraints, such as the dynamic_level_limit. Default value is 100 000 NOK/METER.
global_settings	plant_soft_consumption_penalty_cost	double	Input	No	NOK/MWH	100	SHOP_OPEN	17.8.0	No	The penalty cost for breaking max and min consumption constraints on plant level if no penalty costs are set for the plant. Default value is 100 NOK/MWh. Can also be set with the command ‘penalty cost’.
global_settings	plant_soft_upflow_penalty_cost	double	Input	No	NOK/MWH	100	SHOP_OPEN	17.8.0	No	The penalty cost for breaking max and min upflow constraints on plant level if no penalty costs are set for the plant. Default value is 100 NOK/MWh. Can also be set with the command ‘penalty cost’.
global_settings	plant_min_consumption_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_OPEN	17.8.0	No	Turn on (1) or off (0) the addition of penalty variables to the min consumption restrictions on all plants. Default value -1 uses the min_consumption_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	plant_max_consumption_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_OPEN	17.8.0	No	Turn on (1) or off (0) the addition of penalty variables to the max consumption restrictions on all plants. Default value -1 uses the max_consumption_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	plant_min_upflow_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_OPEN	17.8.0	No	Turn on (1) or off (0) the addition of penalty variables to the min upflow restrictions on all plants. Default value -1 uses the min_upflow_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	plant_max_upflow_penalty_flag	int	Input	No	NO_UNIT	-1	SHOP_OPEN	17.8.0	No	Turn on (1) or off (0) the addition of penalty variables to the max upflow restrictions on all plants. Default value -1 uses the min_upflow_penalty_flag specified on each plant to decide if the penalty variables should be added. Can also be set with the command ‘penalty flag’.
global_settings	include_rr_schedules_in_bp_curves	int	Input	No	NO_UNIT	0	SHOP_BEST_PROFIT	17.18.0	No	Turn on (1) or off (0) inclusion of RR reserve schedules in best profit calculations. Default setting is off.
global_settings	use_heuristic_basis	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	If this parameter is set to 1 a heuristic start basis is given to CPLEX, while a value of 0 (default) does not provide CPLEX with a start basis guess. Can also be set with the command ‘set optbasis’.
global_settings	nodelog	int	Input	No	NO_UNIT	100	SHOP_OPEN	14.0.0.1	No	Set the MIP node logging interval (100 is default) used by CPLEX when updating the CPLEX log file. Can also be set with the command ‘set mip_nodelog’.
global_settings	max_num_threads	int	Input	No	NO_UNIT	-1	SHOP_OPEN	14.0.0.1	No	Set the max number of threads CPLEX can use when solving a MIP problem or using the barrier solver. Default of -1 lets CPLEX use all available threads. Can also be set with the command ‘set max_num_threads’.
global_settings	parallelmode	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Choose the parallel mode CPLEX uses when solving a problem in parallel: 1 (default) gives deterministic result behaviour while -1 lets CPLEX fully utilize the parallel processing. A value of 0 lts CPLEX choose based on the problem. Can also be set with the command ‘set parallel_mode’.
global_settings	timelimit	double	Input	No	SECOND	900.0	SHOP_OPEN	14.0.0.1	No	Maximal number of seconds that can be used to solve a SHOP iteration in CPLEX. Default value is 900 s. Can also be set with the command ‘set timelimit’.
global_settings	mipgap_rel	double	Input	No	NO_UNIT	-1.0	SHOP_OPEN	14.0.0.1	No	The maximal relative objective function gap between final integer solution and best bound in CPLEX. Default value is -1 which uses default CPLEX relative MIP gap. Can also be set with the command ‘set mipgap’.
global_settings	mipgap_abs	double	Input	No	NOK	-1.0	SHOP_OPEN	14.0.0.1	No	The maximal objective function gap between final integer solution and best bound in CPLEX. Default value is -1 which uses default CPLEX absolute MIP gap. Can also be set with the command ‘set mipgap’.
global_settings	inteps	double	Input	No	NO_UNIT	0.00001	SHOP_OPEN	14.0.0.1	No	Numerical tolerance for when CPLEX will consider a decimal number to be integer. Default value is 0.00001. Can also be set with the command ‘set inteps’.
global_settings	input_basis_name	string	Input	No	STRING	Empty	SHOP_OPEN	14.0.0.1	No	Name of the file containing a saved input basis for the optimization problem is saved. If no name is given, no input basis will be loaded. Can also be set with the command ‘read optbasis’.
global_settings	output_basis_name	string	Input	No	STRING	Empty	SHOP_OPEN	14.0.0.1	No	Name of the file where the optimal basis from the optimization problem in the next iteration is saved. If no name is given, no basis will be saved. Can also be set with the command ‘save optbasis’.
global_settings	solver_algorithm	string	Input	No	STRING	DUAL	SHOP_OPEN	14.0.0.1	No	Name of the solution algorithm CPLEX will use to solve linear problems, can be either ‘PRIMAL’, ‘DUAL’ (default), ‘BARRIER’, ‘NETPRIMAL’, ‘NETDUAL’, or ‘CONCURRENT’. Can also be set with the command ‘set method’.
global_settings	cplex_int_params	xy	Input	No	x: NO_UNIT and y: NO_UNIT	None/null	SHOP_OPEN	16.4.0	No	Specify any integer parameter that can be set in CPLEX by specifying the identifiers as x values and the int parameters as y values. See the CPLEX documentation for a complete list of parameters to set. For instance, the ‘MIP emphasis switch’ parameter has an id of 2058 and may take the values from 0 to 5.
global_settings	cplex_double_params	xy	Input	No	x: NO_UNIT and y: NO_UNIT	None/null	SHOP_OPEN	16.4.0	No	Specify any floating point parameter that can be set in CPLEX by specifying the identifiers as x values and the double parameters as y values. See the CPLEX documentation for a complete list of parameters to set. For instance, the ‘Benders optimality cut tolerance’ parameter has an id of 1510 and may be any number from 1e-9 to 1e-1.
global_settings	gurobi_int_params	sy	Input	No	s: STRING and y: NO_UNIT	None/null	SHOP_SOLVER_GUROBI	17.14.0	No	Specify any integer parameter that can be set in Gurobi by specifying the parameter names as the strings and the parameter values as the y values. See the Gurobi documentation for a complete list of parameters to set. For instance, ‘MIPFocus’ is a valid parameter name that may take integer values from 0 to 3.
global_settings	gurobi_double_params	sy	Input	No	s: STRING and y: NO_UNIT	None/null	SHOP_SOLVER_GUROBI	17.14.0	No	Specify any floating point parameter that can be set in Gurobi by specifying the parameter names as the strings and the parameter values as the y values. See the Gurobi documentation for a complete list of parameters to set. For instance, ‘Cutoff’ is a valid parameter name that may take any double value.
global_settings	min_lp_info	int	Input	No	NO_UNIT	0	SHOP_OPEN	17.13.0	No	Set this to 1 to avoid copying over the variable and constraint names to CPLEX (default behaviour), which could save time and memory for large SHOP models. Can also be set with the command ‘set lp_info’.
global_settings	n_seg_up	int	Input	No	NO_UNIT	3	SHOP_OPEN	14.0.0.1	No	Number of segments to be used above best efficient point in incremental mode. Can also be set with the command ‘set nseg’.
global_settings	n_seg_down	int	Input	No	NO_UNIT	3	SHOP_OPEN	14.0.0.1	No	Number of segments to be used below best efficient point in incremental mode. Can also be set with the command ‘set nseg’.
global_settings	n_mip_seg_up	int	Input	No	NO_UNIT	3	SHOP_OPEN	14.0.0.1	No	Number of segments to be used above best efficient point in full mode. Can also be set with the command ‘set nseg’.
global_settings	n_mip_seg_down	int	Input	No	NO_UNIT	3	SHOP_OPEN	14.0.0.1	No	Number of segments to be used below best efficient point in full mode. Can also be set with the command ‘set nseg’.
global_settings	dyn_pq_seg_flag	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Flag determining whether dynamically define the segments in the building of the original PQ curve for all the units in incremental mode if no flag series on the plant is provided. Can also be set with the command ‘set dyn_seg’.
global_settings	dyn_mip_pq_seg_flag	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Flag determining whether dynamically define the number of points of the original PQ curve for all the units in full mode if no flag series on the plant or generator is provided. Can also be set with the command ‘set dyn_seg’.
global_settings	bypass_segments	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Change the number of variables used to describe the flow in bypass gates. Default number of segments is 1.
global_settings	gate_segments	int	Input	No	NO_UNIT	3	SHOP_OPEN	14.0.0.1	No	Change the number of variables used to describe the flow in regular gates. Default number of segments is 3.
global_settings	overflow_segments	int	Input	No	NO_UNIT	3	SHOP_OPEN	14.0.0.1	No	Change the number of variables used to describe the flow in spill gates. Default number of segments is 3.
global_settings	gravity	double	Input	No	NO_UNIT	9.81	SHOP_OPEN	14.0.0.1	No	The value of the acceleration due to gravity. Default value is 9.81 m/s2. Can also be set with the command ‘set gravity’.
global_settings	gen_reserve_min_free_cap_factor	double	Input	No	NO_UNIT	0.02	SHOP_OPEN	14.0.0.1	No	The fraction of the maximal generator production that must be left open while the generator is delivering FCR. Default value is 0.02. Can also be set with the command ‘set reserve_min_capacity’.
global_settings	fcr_n_band	double	Input	No	NO_UNIT	0.1	SHOP_OPEN	14.0.0.1	No	The size of the frequency range in either direction where FCR-N is activated. Default value is 0.1 Hz (49.9 to 50.1 Hz). Can also be set with the command ‘set fcr_n_band’.
global_settings	fcr_d_band	double	Input	No	NO_UNIT	0.4	SHOP_OPEN	14.0.0.1	No	The size of the frequency range in upward direction where FCR-D is activated. Default value is 0.4 Hz (49.5 to 49.9 Hz). Can also be set with the command ‘set fcr_d_band’.
global_settings	universal_mip	int	Input	No	NO_UNIT	-1	SHOP_OPEN	14.0.0.1	No	Toggle the use of binary variables for generator and pump unit commitment on (1) or off (0). Default value of -1 uses mip_flag on each plant to decide if binary variables should be used. Can also be set by the command ‘set universal_mip’.
global_settings	universal_overflow_mip	int	Input	No	NO_UNIT	-1	SHOP_OPEN	14.0.0.9	No	Toggle the use of binary variables to for reservoir to prevent non-physical spill. Default value of -1 uses overflow_mip_flag on each reservoir to decide if binary variables should be used. Can also be set by the command ‘set universal_overflow_mip’.
global_settings	universal_river_mip	int	Input	No	NO_UNIT	-1	SHOP_OPEN	15.3.3.1	No	Toggle the use of binary variables to for river to prevent flow when water level is below weir. Default value of -1 uses river_mip_flag on each river to decide if binary variables should be used. Can also be set by the command ‘set universal_river_mip’.
global_settings	linear_startup	int	Input	No	NO_UNIT	-1	SHOP_OPEN	14.0.0.1	No	Toggle the building of linear startup and shutdown costs for generators and pumps on (1) or off (0) when MIP is not active. Default value of -1 uses linear_startup_flag on each plant to decide if startup and shutdown costs should be used. Can also be set by the command ‘set linear_startup’.
global_settings	dyn_flex_mip_steps	int	Input	No	NO_UNIT	-1	SHOP_DYN_FLEX	14.0.0.1	No	Set the number of time steps used for dynamic flexible MIP. Default value of -1 turns off the dynamic flexible MIP functionality. Can also be set with the command ‘set dyn_flex_mip’.
global_settings	merge_blocks	int	Input	No	NO_UNIT	0	SHOP_BLOCK_MERGE	14.0.0.1	No	Turn on (1) or off (0, default) the mering of similar and adjacent time steps for gate discharge and plant production results. A value of 2 will only keep merged blocks from the previous iteration and stop further merging. Can also be set with the command ‘set merge’.
global_settings	power_head_optimization	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) power head optimization functionality. Can also be set with the command ‘set power_head_optimization’.
global_settings	droop_discretization_limit	double	Input	No	NO_UNIT	0.0	SHOP_DISCRETE_DROOP	14.0.1.0	Yes	Set the limit for fixing the droop value of all units that have a resulting droop below the specified limit. The droop is fixed to the closest legal discrete value below the given limit, which is the closest integer below unless the unit has a defined discrete_droop_values attribute. Default value is 0.0. Can also be set with the command ‘set discrete_droop_limit’.
global_settings	droop_cost_exponent	double	Input	No	NO_UNIT	1.0	SHOP_RESERVE_GROUP	14.2.0.3	No	Set this value to any positive number higher than 1.0 to build a convex and increasing cost curve for the droop value instead of using a linear cost. The number represents the degree of the convex polynomial used to build the cost curve, which means that a value of 2.0 results in a quadratic cost curve. Can also be set with the command ‘set droop_cost_exponent’.
global_settings	droop_ref_value	double	Input	No	NO_UNIT	6.0	SHOP_RESERVE_GROUP	14.2.0.3	No	Used to scale the exponential droop cost when the droop_cost_exponent is higher than 1. The exponential cost will be the same as the standard linear cost for the reference value. Can also be set with the command ‘set droop_ref_value’.
global_settings	disable_rsv_penalties	int	Input	No	NO_UNIT	0	SHOP_OPEN	16.4.0	No	Disable the use of reservoir penalty variables by setting this parameter to 1. This means that SHOP is unable to create or destroy water by using penalties, but the optimization model may be infeasible. Therefore, this feature is mostly useful for debugging models with lots of reservoir penalties. See the corresponding ‘disable_penalties’ on the reservoir object for individual reservoir specification.
global_settings	binary_reserve_limits	int	Input	No	NO_UNIT	-1	SHOP_OPEN	16.4.1	No	If this attribute is set to 1, binary variables will be used to enforce the minimum reserve limit imposed by frr_down_min etc. on unit and plant level. If it is set to zero the binary variables are relaxed, and fixed to 0 or 1 in incremental iterations based on the reserve delivery in the previous iteration. The default option of -1 will use binary variables in full iterations if the mip_flag on the plant is active, and otherwise relax and fix them to either 0 or 1 depending on the reserve delivery in the previous iteration.
global_settings	universal_strict_pq_uploading	int	Input	No	NO_UNIT	-1	SHOP_OPEN	16.5.0	No	If this attribute is set to 1, binary variables will be used to enforce the correct uploading of each segment in the PQ curves of all generators and time steps. Setting the attribute to zero will disable all use of binary variables in the PQ curve segmentation, while the default setting of -1 will let the plant attributes strict_pq_uploading_flag and strict_pq_uploading_upon_detection determine the behaviour. Can also be set with the command ‘set universal_strict_pq_uploading’.
global_settings	use_armadillo_solver	int	Input	No	NO_UNIT	1	SHOP_OPEN	17.1.0	No	Toggle the use of the new internal linear algebra solver for tunnel networks based on the Armadillo C++ library (1, default) versus the old solver (0).
global_settings	create_cuts	int	Input	No	NO_UNIT	0	SHOP_SCENARIO_FUNCTIONALITY	14.0.0.1	No	Turn on (1) or off (0, default) the createion of cuts for the start time of the SHOP run.
global_settings	print_sim_inflow	int	Input	No	NO_UNIT	0	SHOP_SIMULATION	14.0.0.1	No	Turn on (1) or off (0, default) the printing of simulated inflow to the simulation result text files. Can also be set with the command ‘start shopsim’.
global_settings	pump_head_optimization	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the inclusion of pump variables in the power head optimization. Can also be set with the command ‘set power_head_optimization’.
global_settings	save_pq_curves	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the saving of the constructed PQ curves for each unit. Can also be set with the command ‘save pq_curves’.
global_settings	build_original_pq_curves_by_discharge_limits	int	Input	No	NO_UNIT	0	SHOP_OPEN	16.0.0	No	Turn on (1) or off (0, default) the building of the original PQ curves by only considering physical discharge-related limits. Can also be set with the command ‘set build_original_pq_curves_by_discharge_limits’.
global_settings	plant_unbalance_recommit	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the heuristic that attempts to recommit units in a better way for hours without MIP and the resulting plant discharge is smaller than the optimal discharge from solver. Can also be set with the command ‘set plant_unbalance_recommit’.
global_settings	prefer_start_vol	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.0.0.1	No	Turn on (1, default) or off (0) the preference of start_vol over start_level for reservoirs where both are specified. Initial water level will be preferred if this attribute is set to zero. Can also be set with the command ‘set initial_reservoir’.
global_settings	bp_print_discharge	int	Input	No	NO_UNIT	0	SHOP_BEST_PROFIT	14.0.0.1	No	Set this attribute to 1 (default 0) to also print the generator discharge to the BP files. Can also be set with the command ‘print bp_curves’.
global_settings	prod_from_ref_prod	int	Input	No	NO_UNIT	0	SHOP_BEST_PROFIT	14.0.0.1	No	Set this attribute to 1 (default 0) to create a production schedule for all generators based on the ref_production attribute before calculating the BP curves. Can also be set with the command ‘set prod_from_ref_prod’.
global_settings	bp_min_points	int	Input	No	NO_UNIT	50	SHOP_BEST_PROFIT	14.0.0.1	No	... Can also be set with the command ‘set min_bp_points’.
global_settings	bp_mode	int	Input	No	NO_UNIT	0	SHOP_BEST_PROFIT	14.0.0.1	No	Decides how the BP algorithm selects points from the MC curves to create the final BP curves: use regulation profit as jump criteria (0, default), use operational profit as jump criteria (1), or follow the unit comination uploading of the MC curves directly (2). Can also be set with the command ‘create bp_curves’.
global_settings	stop_cost_from_start_cost	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the usage of the input generator start cost as stop cost. Can also be set with the command ‘set stop_cost_from_start_cost’.
global_settings	ownership_scaling	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the rescaling of the production results for plants and generators that have an ownership less than 100. The scaled results are only found in the text result files. Can also be set with the command ‘set ownership_scaling’.
global_settings	time_delay_unit	string	Input	No	STRING	TIME_STEP_LENGTH	SHOP_OPEN	14.0.0.1	No	Deprecated: All time delay should be modelled by using the river object (does not require additional license), which is independent of this attribute. Specifies the time unit of the time delay for plants and gates in the system. Must be either ‘MINUTE’, ‘HOUR’ or ‘TIME_STEP_LENGTH’ (default). Can also be set with the command ‘set time_delay_unit’.
global_settings	bypass_loss	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the addition of the flow in bypass gates when calculating tailrace loss for plants if tailrace_loss_from_bypass_flag is not used. Can also be set with the command ‘set bypass_loss’.
global_settings	gen_turn_off_limit	double	Input	No	NO_UNIT	0.5	SHOP_OPEN	14.0.0.1	No	A decimal number between 0 and 1 that signifies if the generator operates below the fraction (the decimal number) of its minimum operating limit in full mode without MIP, the generator will be turned off. Default value is 0.5. Can also be set with the command ‘set gen_turn_off_limit’.
global_settings	pump_turn_off_limit	double	Input	No	NO_UNIT	0.5	SHOP_OPEN	14.0.0.1	No	A decimal number between 0 and 1 that signifies if the pump operates below the fraction (the decimal number) of its minimum operating limit in full mode without MIP, the pump will be turned off. Default value is 0.5. Can also be set with the command ‘set pump_turn_off_limit’.
global_settings	fcr_n_equality_flag	int	Input	No	NO_UNIT	0	SHOP_RESERVE_GROUP	14.0.0.1	No	Turn on (1) or off (0, default) the building of constraints to force the fcr_n delivery for all units to by symmetric. Can also be set with the command ‘set fcr_n_equality_flag’.
global_settings	delay_valuation_mode	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	The value 0 (default) uses the first value in the water value description to set the value of water in transition at the end of the optimization period. Setting the value to 1 will use the middle point of the water value description instead. Can also be set with the command ‘set delay_valuation_mode’.
global_settings	universal_affinity_flag	int	Input	No	NO_UNIT	-1	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0) the use of affinity equations for translating turbine efficiency curves of generators. Default value of -1 uses affinity_eq_flag on each generator to decide if affinity equations should be used. Can also be set by the command ‘set universal_affinity’.
global_settings	ramp_code	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Toggle the building of ramping constraints on (1), off (-1), or when violated in previous iteration (0, default). Can also be set with the command ‘set ramping’.
global_settings	print_original_pq_curves	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the writing of the original PQ curves constructed by SHOP before convexification to file. Can also be set with the command ‘print pq_curves’.
global_settings	print_convex_pq_curves	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the writing of the convexified PQ curves constructed by SHOP to file. Can also be set with the command ‘print pq_curves’.
global_settings	print_final_pq_curves	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the writing of the final PQ curves used in the optimization by SHOP to file. Can also be set with the command ‘print pq_curves’.
global_settings	shop_log_name	string	Input	No	STRING	shop.log	SHOP_OPEN	14.0.0.1	No	Name of the log file written to by SHOP, default is ‘shop.log’. Can also be set with the command ‘log file’.
global_settings	shop_yaml_log_name	string	Input	No	STRING	shop_yaml.yaml	SHOP_OPEN	14.0.0.1	No	Name of the yaml log file written to by SHOP, default is ‘shop_yaml.yaml’.
global_settings	solver_log_name	string	Input	No	STRING	cplex.log	SHOP_OPEN	14.0.0.1	No	Name of the log file written to by the solver, default is ‘cplex.log’. Can also be set with the command ‘log file’.
global_settings	minimal_infeasible_problem_file	string	Input	No	STRING	minimal_infeasible_problem.lp	SHOP_OPEN	15.5.1.0	No	Name of the log file written to by the solver when the problem is infeasible, default is ‘minimal_infeasible_problem.lp’. Can also be set with the command ‘log file infeasible.lp /lpmin’.
global_settings	model_file_name	string	Input	No	STRING	Empty	SHOP_OPEN	14.0.0.1	No	Name of the file where the model seen by the optimization solver will be written to in the next iteration. If no name is given, the model will not be printed to file. Can also be set with the command ‘print model’.
global_settings	pq_curves_name	string	Input	No	STRING	Empty	SHOP_OPEN	14.0.0.1	No	Name of the file the PQ curves will be written to if activated by setting the print_<>_pq_curves attributes. A default file name based on the iteration will be used if this attribute is not set. Can also be set with the command ‘print pq_curves’.
global_settings	print_loss	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) the writing of junction tunnel loss to the result files. Can also be set with the caommand ‘save tunnel_loss’.
global_settings	shop_xmllog	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Write the log to xml format if this value is set to 1 instead of the default value 0. Can also be set with the command ‘set xmllog’.
global_settings	print_optimized_startup_costs	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Set value to 1 to only print out the startup and shutdown costs that have been seen by the optimization solver to the log file. Default value of 0 prints out the post calculated startup and shutdown costs. Can also be set with the command ‘set startup_cost_printout’.
global_settings	get_duals_from_mip	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Set value to 1 to fix binary variables after solving a MIP iteration and solving the resulting linear problem again to get dual values. Default value of 0 does not re-solve MIP problems to get dual values. Can also be set with the command ‘set duals_from_mip’.
global_settings	bid_aggregation_level	int	Input	No	NO_UNIT	-1	SHOP_SCENARIO_FUNCTIONALITY	14.0.0.1	No	Set the bid aggregation level of the SHARM bidding functionality to add all plants to the same bid group (0) or to create individual bid groups for each plant (1). If set to -1 (default), the plants are placed in bid groups according to the bid_group attribute on the plant. Can also be set with the command ‘set bid_aggregation_level’.
global_settings	simple_pq_recovery	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.0.0.1	No	Turn on (1) or off (0, default) simplified building of PQ curves with a single segment for problematic generators suffering from non-physical uploading of the PQ segments. Can also be turned on with the command ‘set simple_pq_recovery’.
global_settings	rr_up_schedule_slack_flag	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.2.0.1	No	Turn on (1) or off (0, default) slack variable for RR_UP schedule on generators. Penalty cost for slack is set equal to reserve_slack_cost.
global_settings	binary_pump_schedule_slack_flag	int	Input	No	NO_UNIT	1	SHOP_OPEN	17.15.0	No	Turn on (1, default) or off (0) slack variable to allow binary pumps to deliver more reserve capacity than specified in their reserve schedules. The penalty cost for slack is set equal to reserve_slack_cost.
global_settings	bp_ref_mc_from_market	int	Output	No	NO_UNIT	0	SHOP_BEST_PROFIT	14.2.0.4	No	Turn on (1) or off (0, default) functionality taking marginal cost from market description for current operating point on the best profit curve.
global_settings	bp_bid_matrix_points	int	Input	No	NO_UNIT	200	SHOP_OPEN	14.2.2.0	No	The maximum number of price columns allowed in the best_profit_bid_matrix on the plant object.
global_settings	ramp_scale_factor	double	Input	No	NO_UNIT	1.0	SHOP_OPEN	14.3.0.2	Yes	Used to scale all input ramping values for production and discharge on plants, gates, and reservoirs. Can also be set with the command ‘set ramp_scale_factor’.
global_settings	river_flow_penalty_cost	double	Input	No	NOK/H/M3/S	1000.0	SHOP_OPEN	14.3.1.0	No	The default penalty cost for breaking the min_flow and max_flow constraints defined on river objects.
global_settings	river_flow_schedule_penalty_cost	double	Input	No	NOK/H/M3/S	10000.0	SHOP_OPEN	14.4.0.0	No	The default penalty cost for breaking the flow_schedule constraints defined on river objects.
global_settings	recommit	int	Input	No	NO_UNIT	1	SHOP_OPEN	14.4.0.0	No	Turn on (1, default) or off (0) the general heuristic that attempts to recommit units in a better way for hours without MIP.
global_settings	droop_cost	double	Input	No	NOK	55.0	SHOP_OPEN	15.5.4.2	No	The global cost added to the inverse droop variables related to FCR reserve delivery, which makes SHOP prefer high droop settings (default is 55). The unit-specific droop_cost attributes will override this value if specified. The droop cost could skew optimization against reserve market prices.
global_settings	rr_down_stop_mip	int	Input	No	NO_UNIT	0	SHOP_RESERVE_GROUP	15.6.0.0	No	Setting this attribute to 1 turns on the use of binary variables in full iterations to ensure all generators delivering RR-DOWN reserves have valid stop deliveries. This forces RR-DOWN to either be allocated as a spinning reserve down to p_rr_min (defaults to p_min) or down to a full stop, and no other spinning reserves can be allocated on the unit if RR-DOWN is delivered down to stop. RR-DOWN allocation in forbidden production regions (between 0 and p_rr_min) is also prohibited. The generator attribute ‘rr_down_stop_mip_flag’ can be used to override this attribute per generator.
global_settings	rr_up_stop_mip	int	Input	No	NO_UNIT	0	SHOP_RESERVE_GROUP	15.6.1.0	No	Setting this attribute to 1 turns on the use of binary variables in full iterations to ensure all pumps delivering RR-UP reserves have valid stop deliveries. This forces RR-UP to either be allocated as a spinning reserve up to p_rr_min (defaults to p_min) or up to a full stop, and no other spinning reserves can be allocated on the unit if RR-UP is delivered to stop. RR-UP allocation in forbidden consumption regions (between 0 and p_rr_min) is also prohibited. The pump attribute ‘rr_up_stop_mip_flag’ can be used to override this attribute per pump.
global_settings	plant_max_prod_reserve_strategy	string	Input	No	STRING	OFF	SHOP_RESERVE_GROUP	16.2.0	No	Determines what type of max limit constraints will be added to limit the production including upward reserve capacity on plant level: ‘OFF’ (default) - no max constraint is added, ‘ALL’ - max_prod_all on the plant will be used as upper limit for plant production including upward reserves, ‘AVAILABLE’ - max_prod_available on the plant will be used as upper limit, ‘SPINNING’ - max_prod_spinning on the plant will be used as upper limit. This setting is overridden by the plant attribute ‘max_prod_reserve_strategy’, and can also be set with the command ‘set plant_max_prod_reserve_strategy’.
global_settings	plant_min_prod_reserve_strategy	string	Input	No	STRING	OFF	SHOP_RESERVE_GROUP	16.2.0	No	Determines what type of min limit constraints will be added to limit the production including downward reserve capacity on plant level: ‘OFF’ (default) - no min constraint for plant production including downward reserves, ‘SPINNING’ - the min_prod_spinning attribute on the plant will be used as lower limit. This setting is overridden by the plant attribute ‘min_prod_reserve_strategy’, and can also be set with the command ‘set plant_min_prod_reserve_strategy’.
global_settings	frr_mip	int	Input	No	NO_UNIT	0	SHOP_RESERVE_GROUP	17.13.0	No	Setting this attribute to 1 will turn on the use of binary variables in full iterations to ensure that delivered FRR reserves are outside forbidden zones.
global_settings	scale_bp_curves_by_best_point_mc	int	Input	No	NO_UNIT	0	SHOP_BEST_PROFIT	17.16.0	No	Setting this attribute to 1 will scale all MC, AC, and the BP curves generated by the best profit functionality by the marginal cost of the plant at the best point operation in each time step. This makes the y-values of the curves dimensionless and easy to scale.
global_settings	shop_version	string	Output	No	STRING	18.5.0 Cplex 20.1.0 Gurobi 13.0.1 OSI/CBC 2.10 HiGHS 1.15.1 2026-11-06	SHOP_OPEN	15.5.0.0	No	Version string.
global_settings	river_big_m_factor	double	Input	No	NO_UNIT	1.0	SHOP_OPEN	15.5.0.0	No	Scale factor to reduce the river big-M value relative to result in previous iteration to reduce computation time.
reserve_group	fcr_n_up_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of FCR_N_UP that should be fulfilled by the reserve group.
reserve_group	fcr_n_down_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of FCR_N_DOWN that should be fulfilled by the reserve group.
reserve_group	fcr_d_up_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of FCR_D_UP that should be fulfilled by the reserve group.
reserve_group	fcr_d_down_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	Yes	The obligation of FCR_D_DOWN that should be fulfilled by the reserve group.
reserve_group	frr_up_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of FRR_UP that should be fulfilled by the reserve group.
reserve_group	frr_down_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of FRR_DOWN that should be fulfilled by the reserve group.
reserve_group	rr_up_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of RR_UP that should be fulfilled by the reserve group.
reserve_group	rr_down_obligation	timeseries	Input	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	Yes	The obligation of RR_DOWN that should be fulfilled by the reserve group.
reserve_group	fcr_n_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Given penalty cost for deviating below the FCR_N_UP or FCR_N_DOWN obligation for the reserve group.
reserve_group	fcr_d_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Given penalty cost for deviating below the FCR_D_UP obligation for the reserve group.
reserve_group	frr_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Given penalty cost for deviating below the FRR_UP or FRR_DOWN obligation for the reserve group.
reserve_group	rr_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Given penalty cost for deviating below the RR_UP or RR_DOWN obligation for the reserve group.
reserve_group	fcr_n_up_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the FCR_N_UP obligation.
reserve_group	fcr_n_down_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the FCR_N_DOWN obligation.
reserve_group	fcr_d_up_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the FCR_D_UP obligation.
reserve_group	fcr_d_down_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Resulting slack when deviating above the FCR_D_DOWN obligation.
reserve_group	frr_up_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the FRR_UP obligation.
reserve_group	frr_down_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the FRR_DOWN obligation.
reserve_group	rr_up_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the RR_UP obligation.
reserve_group	rr_down_slack	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting slack when deviating above the RR_DOWN obligation.
reserve_group	fcr_n_up_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating below the FCR_N_UP obligation.
reserve_group	fcr_n_down_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating below the FCR_N_DOWN obligation.
reserve_group	fcr_d_up_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating below the FCR_D_UP obligation.
reserve_group	fcr_d_down_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	14.2.0.0	No	Resulting penalty when deviating below the FCR_D_DOWN obligation.
reserve_group	frr_up_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating below the FRR_UP obligation.
reserve_group	frr_down_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating below the FRR_DOWN obligation.
reserve_group	rr_up_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating below the RR_UP obligation.
reserve_group	rr_down_violation	timeseries	Output	No	MW	None/null	SHOP_RESERVE_GROUP	13.0.0.a	No	Resulting penalty when deviating belown the RR_DOWN obligation.
commit_group	deactivate_exclusion_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	A flag that can be used to deactivate the commitment exclusion constraints if the flag value is set to 1.
discharge_group	initial_deviation_mm3	double	Input	No	MM3	0.0	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	The initial volume deviation for the discharge group before the optimization period. The positive value refers to the upward deviation from weighted discharge while the negative value refers to the downward deviation from weighted discharge.
discharge_group	max_accumulated_deviation_mm3_up	timeseries	Input	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	Yes	Maximum accumulated upward volume deviation (Mm3) for the discharge group.
discharge_group	max_accumulated_deviation_mm3_down	timeseries	Input	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	Yes	Maximum accumulated downward volume deviation (Mm3) for the discharge group.
discharge_group	weighted_discharge_m3s	timeseries	Input	No	M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Weighted discharge target for the discharge group.
discharge_group	penalty_cost_up_per_mm3	timeseries	Input	No	NOK/MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Given penalty cost for discharging more than the allowed max accumulated deviation for the discharge group.
discharge_group	penalty_cost_down_per_mm3	timeseries	Input	No	NOK/MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Given penalty cost for discharging less than the allowed max accumulated deviation for the discharge group.
discharge_group	min_discharge_m3s	timeseries	Input	No	M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	Yes	Minimal sum discharge allowed in the discharge group.
discharge_group	max_discharge_m3s	timeseries	Input	No	M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	Yes	Maximal sum discharge allowed in the discharge group.
discharge_group	min_discharge_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Penalty cost for violating the minimum discharge constraint of the discharge group.
discharge_group	max_discharge_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Penalty cost for violating the maximum discharge constraint of the discharge group.
discharge_group	ramping_up_m3s	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	Yes	Maximal discharge ramping of the total discharge allowed in the upward direction.
discharge_group	ramping_down_m3s	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	Yes	Maximal discharge ramping of the total discharge allowed in the downward direction.
discharge_group	ramping_up_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Penalty cost for violating the upward discharge ramping constraint in the discharge group.
discharge_group	ramping_down_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Penalty cost for violating the downward discharge ramping constraint in the discharge group.
discharge_group	min_average_discharge	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_AVERAGE_Q	15.4.0.0	No	Minimum average discharge of group. T gives time the constraint is active from, X the duration of the constraint in minutes, and Y the discharge limit.
discharge_group	max_average_discharge	xyt	Input	No	x: MINUTE and y: M3/S	None/null	SHOP_AVERAGE_Q	15.4.0.0	No	Maximum average discharge of group. T gives time the constraint is active from, X the duration of the constraint in minutes, and Y the discharge limit.
discharge_group	min_average_discharge_penalty_cost	double	Input	No	NOK/H/M3/S	0.0	SHOP_AVERAGE_Q	15.4.0.0	Yes	Penalty cost for violating the minimum average discharge constraint of the discharge group.
discharge_group	max_average_discharge_penalty_cost	double	Input	No	NOK/H/M3/S	0.0	SHOP_AVERAGE_Q	15.4.0.0	Yes	Penalty cost for violating the maximum average discharge constraint of the discharge group.
discharge_group	historical_discharge	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	16.9.0	No	The discharge group discharge for times before the optimization start. If not given, connected plant historical_discharge and river past_upstream_flow will be used.
discharge_group	use_upstream_river_flow	int	Input	No	NO_UNIT	0	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	17.17.0	No	Flag deciding if up- (1) or down- (0) -stream river flow should be used in the constraints. Default behaviour is using downstream flow.
discharge_group	actual_discharge_m3s	timeseries	Output	No	M3/S	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Resulting discharge for the discharge group.
discharge_group	accumulated_deviation_mm3	timeseries	Output	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Resulting accumulated volume deviation for the discharge group.
discharge_group	upper_penalty_mm3	timeseries	Output	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Resulting penalty when the maximum accumulated upward volume deviation for the discharge group is violated.
discharge_group	lower_penalty_mm3	timeseries	Output	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Resulting penalty when the maximum accumulated downward volume deviation for the discharge group is violated.
discharge_group	upper_slack_mm3	timeseries	Output	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Resulting slack when the maximum accumulated upward volume deviation for the discharge group is not reached.
discharge_group	lower_slack_mm3	timeseries	Output	No	MM3	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	13.0.0.a	No	Resulting slack when the maximum accumulated downward volume deviation for the discharge group is not reached.
discharge_group	min_discharge_penalty	timeseries	Output	No	NOK	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Resulting penalty when the minimum discharge constraint in the discharge group is violated.
discharge_group	max_discharge_penalty	timeseries	Output	No	NOK	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Resulting penalty when the maximum discharge constraint in the discharge group is violated.
discharge_group	ramping_up_penalty	timeseries	Output	No	NOK	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Resulting penalty when the upward discharge ramping constraint in the discharge group is violated.
discharge_group	ramping_down_penalty	timeseries	Output	No	NOK	None/null	SHOP_DISCHARGE_GROUP_FUNCTIONALITY	14.0.2.1	No	Resulting penalty when the downward discharge ramping constraint in the discharge group is violated.
production_group	energy_target	double	Input	No	MWH	0.0	SHOP_OPEN	14.0.0.1	No	Sum energy production target for time steps with energy_target_period_flag set to 1.
production_group	energy_penalty_cost_up	double	Input	No	NOK/MWH	0.0	SHOP_OPEN	14.0.0.1	No	Penalty cost for producing more energy than the target amount.
production_group	energy_penalty_cost_down	double	Input	No	NOK/MWH	0.0	SHOP_OPEN	14.0.0.1	No	Penalty cost for producing less energy than the target amount.
production_group	energy_target_period_flag	timeseries	Input	No	MWH	None/null	SHOP_OPEN	14.0.0.1	No	Flag defining which time steps are part of the target energy production constraint.
production_group	max_p_limit	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.0.0.1	Yes	The maximal power production limit for the sum of plants in the group.
production_group	max_p_limit_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	18.5.0	No	Flag determining the time steps when the maximal power production limit for the production group should be included in the optimization model.
production_group	min_p_limit	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.0.0.1	Yes	The minimal power production limit for the sum of plants in the group.
production_group	min_p_limit_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	18.5.0	No	Flag determining the time steps when the minimal power production limit for the production group should be included in the optimization model.
production_group	max_p_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the maximum power production limit constraint. The default penalty cost is specified by the power_limit_penalty_cost on the global_settings object.
production_group	min_p_penalty_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	14.0.0.1	No	The penalty cost for breaking the minimum power production limit constraint. The default penalty cost is specified by the power_limit_penalty_cost on the global_settings object.
production_group	sum_production	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.0.0.1	No	The sum power production of all the plants connected to the group.
production_group	min_p_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.0.0.1	No	The incurred penalty for breaking the minimum power production constraint.
production_group	max_p_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.0.0.1	No	The incurred penalty for breaking the maximum power production constraint.
production_group	energy_penalty_up	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.0.0.1	No	The total penalty incurred when breaking the target energy constraint by generating more energy than the target.
production_group	energy_penalty_down	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.0.0.1	No	The total penalty incurred when breaking the target energy constraint by generating less energy than the target.
volume_constraint	min_vol	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Minimum volume for the sum of all reservoirs connected to this constraint.
volume_constraint	max_vol	timeseries	Input	No	MM3	None/null	SHOP_OPEN	13.0.0.a	No	Maximum volume for the sum of all reservoirs connected to this constraint.
volume_constraint	min_vol_penalty	timeseries	Input	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	No	Given penalty cost for having a sum volume below the min_vol.
volume_constraint	max_vol_penalty	timeseries	Input	No	NOK/MM3	None/null	SHOP_OPEN	13.0.0.a	No	Given penalty cost for having a sum volume above the max_vol.
scenario	scenario_id	int	Input	No	NO_UNIT	0	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Scenario ID. Should be numbered consecutively starting from 1.
scenario	probability	timeseries	Input	No	NO_UNIT	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Probability between 0 and 1 for realization of this scenario. The sum of probabilities for all scenarios must be equal to 1. Only the probability for the last time step is used and it will be applied to all time steps to ensure consistency.
scenario	common_scenario	timeseries	Input	No	NO_UNIT	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Definition of non-anticipativity constraints for the full model. All decision variables must be the same for all scenarios and time steps where common_scenario is equal. All input time-series with stochastic data must accordingly have the same value for all scenarios and time steps where common_scenario is equal.
scenario	common_history	timeseries	Input	No	NO_UNIT	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Definition of which scenario that should be used as the source for a branch in the current scenario. Branching from a different scenario than itself allows modelling of continuous short-term uncertainty by re-using existing scenarios.
objective	solver_status	string	Output	No	STRING	Not set	SHOP_OPEN	13.0.0.a	No	Description of the latest status from the solver.
objective	times_of_wrong_pq_uploading	int	Output	No	NO_UNIT	0	SHOP_OPEN	14.0.0.9	No	How many times the unit PQ segments are wrongly uploaded, i.e. the latter segments are fulfilled first.
objective	grand_total	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Objective function equal to the sum of total and sum_penalties.
objective	sim_grand_total	double	Output	No	NOK	0.0	SHOP_OPEN	13.2.0.a	No	Simulated objective function equal to the sum of sim_total and sim_sum_penalties.
objective	total	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Objective function equal to the sum of rsv_end_value, vow_in_transit, market_sale_buy, load_value, reserve_sale_buy, reserve_oblig_value, contract_value, startup_costs, sum_feeding_fee, and sum_discharge_fee.
objective	sim_total	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated objective function equal to the sum of sim_rsv_end_value, sim_market_sale_buy, sim_rsv_spill_vol_end_value, and sim_start_stop_costs.
objective	sum_penalties	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Penalty cost equal to the sum of minor_penalties and major_penalties.
objective	sim_sum_penalties	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated penalty cost equal to the sum of sim_minor_penalties and sim_major_penalties.
objective	minor_penalties	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Penalty cost equal to the sum of rsv_tactical_penalty, rsv_peak_volume_penalty, rsv_flood_volume_penalty, river_flow_penalty, river_peak_flow_penalty, river_gate_adjustment_penalty, gate_q_constr_penalty, gate_peak_flow_penalty, gate_discharge_cost, bypass_cost, gate_spill_cost, gate_slack_cost, gate_ramping_cost, creek_spill_cost, junction_slack_cost, plant_p_constr_penalty, plant_q_constr_penalty, plant_schedule_penalty, gen_schedule_penalty, pump_schedule_penalty, reserve_violation_penalty, reserve_slack_cost, reserve_schedule_penalty, wind_curtailment_cost, solar_curtailment_cost, plant_reserve_discharge_penalty, plant_sum_reserve_penalty, reserve_activation_penalty, reserve_tactical_activation_penalty, and plant_reserve_strategy_penalty.
objective	sim_minor_penalties	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated penalty cost equal to sim_river_flow_penalty.
objective	major_penalties	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Penalty cost equal to the sum of rsv_penalty, rsv_end_penalty, rsv_hard_limit_penalty, rsv_over_limit_penalty, river_min_flow_penalty, river_max_flow_penalty, river_flow_schedule_penalty, load_penalty, group_time_period_penalty, group_time_step_penalty, discharge_group_penalty, production_group_energy_penalty, production_group_power_penalty, and sum_ramping_penalty.
objective	sim_major_penalties	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated penalty cost equal to the sum of sim_river_min_flow_penalty, sim_river_max_flow_penalty, sim_rsv_hard_min_limit_penalty, sim_rsv_hard_max_limit_penalty and sim_rsv_penalty.
objective	sum_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty when ramping constraints are violated. Note that this is sum is already included in the major_penalties attribute.
objective	rsv_end_value	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Value of water remaining in the reservoirs at the end of the optimization period. If cut description is used, the delayed water on its way to reservoirs is included, while for other end value description this water is valuated in vow_in_transit.
objective	sim_rsv_end_value	double	Output	No	NOK	0.0	SHOP_OPEN	13.2.0.a	No	Simulated value of water remaining in the reservoirs at the end of the simulation period.
objective	rsv_end_value_relative	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Change in value of water in the reservoirs between the start and the end of the optimization period.
objective	sim_rsv_end_value_relative	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated change in value of water in the reservoirs between the start and the end of the simulation period.
objective	vow_in_transit	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Value of delayed water on its way to reservoirs at the end of the optimization period. If cut description is used the delayed water is valuated as part of the rsv_end_value instead.
objective	rsv_spill_vol_end_value	double	Output	No	NOK	0.0	SHOP_OPEN	14.0.2.0	No	End reservoir value lost due to volume over HRL in flood situations. Only appliccapble when running with constant water values. The extra water is evaluated according to the water value of the reservoir downstream of the spill gate.
objective	sim_rsv_spill_vol_end_value	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated end reservoir value lost due to volume over HRL in flood situations. Only appliccapble when running with constant water values. The extra water is evaluated according to the water value of the reservoir downstream of the spill gate.
objective	market_sale_buy	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of the value of power bought from the market minus the value of power sold to the market for all time steps.
objective	sim_market_sale_buy	double	Output	No	NOK	0.0	SHOP_OPEN	13.2.0.a	No	The sum of the simulated value of power bought from the market minus the value of power sold to the market for all time steps.
objective	load_value	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The load obligation value by multiplying the load with the load price. If the load price is not given on any market connected to the load, the average of the smallest sale price and highest buy price over all connected market in each time step is used as the load price.
objective	reserve_sale_buy	double	Output	No	NOK	0.0	SHOP_RESERVE_GROUP	13.0.0.a	No	Reserve trade value.
objective	reserve_oblig_value	double	Output	No	NOK	0.0	SHOP_RESERVE_GROUP	13.0.0.a	No	THe reserve obligation value by multiplying the reserve obligation with the reserve obligation price. If the reserve obligation price is not given, the reserve sale price is used.
objective	contract_value	double	Output	No	NOK	0.0	SHOP_CONTRACT	13.0.0.a	No	Contract value.
objective	start_stop_costs	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of the startup and shutdown costs for all units and time steps. By default this includes costs whenever the commitment status of the unit changes regardless of whether MIP is active or not.
objective	sim_start_stop_costs	double	Output	No	NOK	0.0	SHOP_OPEN	13.2.0.a	No	The sum of simulated startup and shutdown costs for all units and time steps. By default this includes costs whenever the commitment status of the unit changes regardless of whether MIP is active or not.
objective	sum_feeding_fee	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of feed-in fee paid for all plants and time steps.
objective	sum_discharge_fee	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of discharge fee paid for all plants and gates and time steps.
objective	thermal_cost	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.1.0	No	The sum of fuel cost for all thermal units and time steps.
objective	production_cost	double	Output	No	NOK	0.0	SHOP_OPEN	15.1.1.0	No	The sum of production cost for all units that has production_cost due to turbine partial damage.
objective	reserve_allocation_cost	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.4.0	No	The total cost for allocating reserves on all units in the system. The allocation cost can be specified on each unit for each reserve type, see for instance the ‘fcr_n_up_cost’ on the generator and pump objects.
objective	incurred_droop_cost	double	Output	No	NOK	0.0	SHOP_OPEN	15.5.4.2	No	The total incurred cost for the optimized droop settings on all units in the system delivering FCR reserves.
objective	tunnel_gate_adjustment_cost	double	Output	No	NOK	0.0	SHOP_OPEN	16.8.0	No	The total incurred cost for adjusting the tunnel gate positions between time steps, applied to tunnels with optimized gates and specified gate_adjustment_cost timeseries.
objective	tunnel_gate_iteration_deviation_cost	double	Output	No	NOK	0.0	SHOP_OPEN	16.8.0	No	The total incurred cost for deviating from the optimized gate positions found in the previous iteration. Applied to tunnels with optimized gates and specified gate_iteration_deviation_cost timeseries.
objective	reserve_ramping_cost	double	Output	No	NOK	0.0	SHOP_OPEN	17.2.0	No	The total incurred cost for changing the reserve allocation between time steps for all units in the system.
objective	river_flow_start_stop_cost	double	Output	No	NOK	0.0	SHOP_OPEN	17.14.0	No	The sum of river flow start and stop costs for all rivers and time steps.
objective	river_flow_change_cost	double	Output	No	NOK	0.0	SHOP_OPEN	18.4.0	No	The sum of river flow change costs for all rivers and time steps.
objective	needle_comb_change_cost	double	Output	No	NOK	0.0	SHOP_OPEN	18.2.0	No	The sum of generator needle combination change costs for all generators and time steps. Note that regular startup and shutdown costs are not double-counted here.
objective	nonphysical_spill_volume	double	Output	No	MM3	0.0	SHOP_OPEN	14.0.0.9	No	The sum of spill volume for the part of the spill that represents non-physical spill, i.e. the spill occurs when the water does not reach max_vol of the reservoir.
objective	physical_spill_volume	double	Output	No	MM3	0.0	SHOP_OPEN	14.0.0.9	No	The sum of spill volume for the part of the spill that represents physical spill, i.e. the spill occurs when the water exceeds max_vol of the reservoir.
objective	rsv_tactical_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the tactical maximum or minimum volume limits for the reservoirs are violated.
objective	plant_p_constr_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the time-dependent maximum or minimum production limits for the plants are violated.
objective	plant_q_constr_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the time-dependent maximum or minimum discharge limits for the plants are violated.
objective	plant_schedule_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the plant schedules are violated.
objective	plant_rsv_q_limit_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.5.1	No	Resulting total penalty cost when the head dependent maximum discharge limits for the plants are violated. These limits are set by the max_q_limit_rsv_up and max_q_limit_rsv_down attributes on the plant object.
objective	gen_schedule_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the generator schedules are violated.
objective	pump_schedule_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the pump schedules are violated.
objective	gate_q_constr_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the time-dependent maximum or minimum discharge limits for the gates are violated.
objective	gate_discharge_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of discharge costs for all gates and time steps.
objective	bypass_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of bypass discharge costs for all bypass gates and time steps.
objective	gate_spill_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of spill costs for all spill gates and time steps.
objective	physical_spill_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of gate spill costs for the part of the spill that represents physical spill, i.e. the spill occurs when the water exceeds max_vol of the reservoir.
objective	nonphysical_spill_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of gate spill costs for the part of the spill that represents non-physical spill, i.e. the spill occurs when the water does not reach max_vol of the reservoir.
objective	gate_slack_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of costs for the use of slack variables for all deltameter gates and time steps.
objective	gate_ramping_cost	double	Output	No	NOK	0.0	SHOP_OPEN	15.1.1.0	No	The sum of cost for all gates ramping up or down and time steps.
objective	creek_spill_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of spill costs for all creek spill gates and time steps.
objective	creek_physical_spill_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of creek spill costs for the part of the spill that represents physical spill.
objective	creek_nonphysical_spill_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of creek spill costs for the part of the spill that represents non-physical spill.
objective	junction_slack_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	The sum of cost for the use of slack variables for all junctions and time steps.
objective	reserve_violation_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the reserve deliveries deviate below the reserve obligations.
objective	reserve_slack_cost	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total slack cost when the reserve deliveries deviate above the reserve obligations.
objective	reserve_schedule_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.5.5.d	No	Resulting total penalty cost when the reserve schedules are violated.
objective	rsv_peak_volume_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.0.1.1	No	Resulting total penalty cost for peak reservoir volumes penalized by the peak_volume_cost_curve on each reservoir.
objective	gate_peak_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.0.1.1	No	Resulting total penalty cost for peak gate flows penalized by the peak_flow_cost_curve on each gate.
objective	rsv_flood_volume_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.2.2.0	No	Resulting total penalty cost for the reservoir volumes penalized by the flood_volume_cost_curve.
objective	river_peak_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.3.0	No	Resulting total penalty cost for peak river flows penalized by the peak_flow_cost_curve on each river.
objective	river_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.3.0	No	Resulting total penalty cost for river flows penalized by the flow_cost_curve on each river.
objective	sim_river_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated resulting total penalty cost for river flows penalized by the flow_cost_curve on each river.
objective	river_gate_adjustment_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.4.0.0	No	Resulting total penalty for adjusting the river gates according to the gate_adjustment_cost of each river.
objective	plant_reserve_discharge_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.3.0.0	No	Resulting total penalty for violating the max and min discharge constraints on plants due to potential reserve activation.
objective	solar_curtailment_cost	double	Output	No	NOK	0.0	SHOP_OPEN	15.3.0.0	No	Resulting total cost of curtailing solar power.
objective	wind_curtailment_cost	double	Output	No	NOK	0.0	SHOP_OPEN	15.3.0.0	No	Resulting total cost of curtailing wind power.
objective	plant_sum_reserve_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.3.0.0	No	Resulting total penalty for violating the max upward and downward total reserve constraints on plants.
objective	reserve_activation_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.3.0.0	No	Resulting total penalty for violating the reservoir volume constraints on reservoirs due to potential reserve activation.
objective	reserve_tactical_activation_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.3.0.0	No	Resulting total penalty for violating the tactical reservoir volume constraints on reservoirs due to potential reserve activation.
objective	plant_reserve_strategy_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	16.2.0	No	Resulting total penalty for violating the plant min and max reserve constraints that are based on the plant_max/min_reserve_strategy input.
objective	plant_consumption_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	17.8.0	No	Resulting total penalty cost when the time-dependent maximum or minimum consumption limits for the plants are violated.
objective	plant_upflow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	17.8.0	No	Resulting total penalty cost when the time-dependent maximum or minimum upflow limits for the plants are violated.
objective	rsv_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the maximum or minimum volume limits for all reservoirs during the optimization period are violated.
objective	sim_rsv_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.2.0.a	No	Simulated total penalty cost when the maximum or minimum volume limits for all reservoirs during the optimization period are violated.
objective	rsv_hard_limit_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.0.2.0	No	Resulting total penalty cost for breaking the hard min/max constraints on the reservoir volume or level.
objective	sim_rsv_hard_limit_min_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated resulting total penalty cost for breaking the hard min constraints on the reservoir volume or level.
objective	sim_rsv_hard_limit_max_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated resulting total penalty cost for breaking the hard max constraints on the reservoir volume or level.
objective	rsv_over_limit_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.0.0.8	No	Resulting total penalty cost when the volume of reservoirs with an attached flood gate goes over the physical maximum volume limits.
objective	rsv_end_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the maximum or minimum volume limits for all reservoirs at the end of the optimization period are violated.
objective	load_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when load obligations are violated.
objective	group_time_period_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when period sum constraints on the old ascii multi-object format are violated. Sum over all constraints.
objective	group_time_step_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when time-dependent constraints on the old ascii multi-object format are violated. Sum over all constraints and time steps.
objective	plant_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when plnat production ramping constraints are violated. Sum over all plants and time steps.
objective	rsv_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when reservoir storage ramping constraints are violated. Sum over all reservoirs and time steps.
objective	gate_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when discharge ramping constraints on gates are violated. Sum over all gates and time steps.
objective	contract_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when contract ramping constraints are violated. Sum over all contracts and time steps.
objective	group_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when time-dependent group ramping constraints on the old ascii format are violated. Sum over all constraints and time steps.
objective	discharge_group_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the allowed deviations for discharge groups are violated. Sum for both upward and downward violation over all discharge groups and time steps.
objective	discharge_group_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.0.2.1	No	Resulting total penalty cost when the discharge ramping constraints for discharge groups are violated. Sum for both upward and downward violation over all discharge groups and time steps.
objective	discharge_group_average_discharge_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.4.0.0	No	Resulting total penalty cost when the average discharge constraints for discharge groups are violated. Sum for both upward and downward violation over all discharge groups and time steps.
objective	production_group_energy_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the energy target production constraints on production groups are violated. Sum for both upward and downward violation over all production groups.
objective	production_group_power_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Resulting total penalty cost when the maximum or minimum power limit constraints on production groups are violated. Sum for both upward and downward violation over all production groups and time steps.
objective	river_min_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.1.0	No	Resulting total penalty for breaking the min_flow river constraints.
objective	sim_river_min_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated resulting total penalty for breaking the min_flow river constraints.
objective	river_max_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.1.0	No	Resulting total penalty for breaking the max_flow river constraints.
objective	sim_river_max_flow_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	18.0.0	No	Simulated resulting total penalty for breaking the max_flow river constraints.
objective	river_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.3.3.0	No	Resulting total penalty cost when the discharge ramping constraints for rivers are violated. Sum for both upward and downward violation over all rivers and time steps.
objective	river_gate_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.1.1.0	No	Resulting total penalty cost when the gate ramping constraints for rivers are violated. Sum for both upward and downward violation over all rivers and time steps.
objective	river_flow_schedule_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	14.4.0.0	No	Resulting total penalty for breaking the flow_schedule river constraints.
objective	level_rolling_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.2.0.0	No	Resulting total penalty cost when the level rolling ramping constraints for reservoirs are violated. Sum for both upward and downward violation over all reservoirs and time steps.
objective	level_period_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.2.0.0	No	Resulting total penalty cost when the level period ramping constraints for reservoirs are violated. Sum for both upward and downward violation over all reservoirs and time steps.
objective	discharge_rolling_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.2.0.0	No	Resulting total penalty cost when the discharge rolling ramping constraints for plants are violated. Sum for both upward and downward violation over all plants and time steps.
objective	discharge_period_ramping_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	15.2.0.0	No	Resulting total penalty cost when the discharge period ramping constraints for plants are violated. Sum for both upward and downward violation over all plants and time steps.
objective	rsv_nonseq_ramping_penalty	double	Output	No	NOK	0.0	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Resulting total penalty cost when the non-sequential reservoir ramping constraints are violated. Sum for both upward and downward violation over all reservoirs and time steps.
objective	rsv_amplitude_ramping_penalty	double	Output	No	NOK	0.0	SHOP_NONSEQ_AMPLITUDE_RSV_RAMP	15.3.5.0	No	Resulting total penalty cost when the amplitude reservoir ramping constraints are violated. Sum for both upward and downward violation over all reservoirs and time steps.
objective	rsv_dynamic_level_limit_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	17.1.0	No	Resulting total penalty cost when the reservoir dynamic level limit constraints for are violated. Sum for both upward and downward violation over all reservoirs and time steps.
objective	common_decision_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Penalty cost for violating common decision period constraints in decomposed multi-scenario optimization problems.
objective	bidding_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Penalty cost for violating constraints for increasing bid volume when price increases in decomposed multi-scenario optimization problems.
objective	safe_mode_universal_penalty	double	Output	No	NOK	0.0	SHOP_OPEN	13.0.0.a	No	Penalty cost for all violated constraints when universal penalty is switched on to investigate infeasibility.
bid_group	price_dimension	int	Output	No	NO_UNIT	0	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Number of prices in the resulting bid matrix.
bid_group	time_dimension	int	Output	No	NO_UNIT	0	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Number of time steps in the resulting bid matrix.
bid_group	bid_start_interval	int	Output	No	NO_UNIT	-1	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Index of the first time step in the bid matrix.
bid_group	bid_end_interval	int	Output	No	NO_UNIT	0	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Index of the last time step in the bid matrix.
bid_group	reduction_cost	double	Output	No	NO_UNIT	0.0	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	The cost of reducing the full bid matrix to the desired number of points.
bid_group	bid_curves	xyt	Output	No	x: NOK/MWH and y: MWH	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Resulting bid matrix.
bid_group	bid_penalty	timeseries	Output	No	MWH	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	The sum of penalty over all scenarios and time steps for violating the requirement of bid volume increasing when price increases in the bid matrix.
bid_group	best_profit_bid_matrix	xyt	Output	No	x: NOK/MWH and y: MWH	None/null	SHOP_SCENARIO_FUNCTIONALITY	15.3.2.0	No	Resulting bid matrix when bids are created from the command print bp_bid_matrix.
cut_group	rhs	xy_array	Input	Yes	x: NO_UNIT and y: NOK	None/null	SHOP_OPEN	13.0.0.a	No	The right hand side constant for each cut in the cut_group. Represent the future expected income of the system and is usually a positive number. In the case of price dependent cuts, the price level should be the reference value for each XY in the xy_array.
cut_group	end_value	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.0.0.1	No	Future expected income of the system that is part of the cut_group.
cut_group	binding_cut_up	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	The zero-indexed binding cut constraint in the closest price level above the average price in SHOP is saved as the final value in the timeseries. The value is set to -1 if no cuts have a price above the average price in SHOP. In case of price independent cuts, the value is the binding cut in the cut group.
cut_group	binding_cut_down	timeseries	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.0.0.1	No	The zero-indexed binding cut constraint in the closest price level below the average price in SHOP is saved as the final value in the timeseries. In case of price independent cuts or if there are no cuts with a price below the average price in SHOP, the value is set to -1.
inflow_series	cut_coeffs	xy_array	Input	Yes	x: MM3 and y: NOK/MM3	None/null	SHOP_EXTENDED_CUT_FUNCTIONALITY	14.0.0.3	No	The cut coefficients of the inflow series used in prodrisk. The x values specify the reference weekly inflow of the cut, the y values are the actual cut coefficients, and the reference value is the price for when the cut was created.
inflow_series	connected_inflow	timeseries	Output	No	M3/S	None/null	SHOP_EXTENDED_CUT_FUNCTIONALITY	17.9.0	No	The total inflow of all reservoirs connected to the inflow series.
system	cut_output_rhs	xy_array	Output	No	x: NOK and y: NOK	None/null	SHOP_SCENARIO_FUNCTIONALITY	13.0.0.a	No	Expected future income for the cuts generated by the model. The future incomes represent cuts in the same order as cut_output_coeffs_mm3 on reservoirs.
system	sum_completed_iterations	int	Output	No	NO_UNIT	0	SHOP_OPEN	17.13.0	No	The total number of full and incremental iterations that have been completed.
system	solver_computation_time	double_array	Output	No	SECOND	None/null	SHOP_OPEN	17.15.0	No	Computation time used in the external solver (CPLEX/Gurobi/OSI) for completed iterations.
system	solver_interface_input_path	string	Input	No	STRING	Empty	SHOP_OPEN	17.16.0	No	Manually specify where SHOP will look for the solver interface binary, see the documentation under ‘Environment variables’ to see where SHOP will search by default.
system	model_building_time	double_array	Output	No	SECOND	None/null	SHOP_OPEN	17.17.0	No	Computation time used for model building for each iteration.
system	result_processing_time	double_array	Output	No	SECOND	None/null	SHOP_OPEN	17.17.0	No	Computation time used for result processing for each iteration.
system	total_iteration_time	double_array	Output	No	SECOND	None/null	SHOP_OPEN	17.17.0	No	Total computation time for each iteration.
system	time_per_command	sy	Output	No	s: STRING and y: SECOND	None/null	SHOP_OPEN	17.17.0	No	Total computation time per command. The string value is the raw command string, and the y value is the computation time in seconds.
system	physical_spill	double	Output	No	MM3	0.0	SHOP_OPEN	18.3.0	No	The sum of river spill volume for the part of the spill that represents physical spill, i.e. the spill occurs when the water reaches max_vol of the upstream reservoir.
system	nonphysical_spill	double	Output	No	MM3	0.0	SHOP_OPEN	18.3.0	No	The sum of river spill volume for the part of the spill that represents non-physical spill, i.e. the spill occurs when the water does not reach max_vol of the upstream reservoir.
unit_combination	n_units	int	Output	No	NO_UNIT	0	SHOP_BEST_PROFIT	17.3.0	No	The number of generators that are part of this unit combination.
unit_combination	unit_is_in_comb	int_array	Output	No	NO_UNIT	None/null	SHOP_BEST_PROFIT	17.9.0	No	Specifies which generators are part of the unit_combination. The vector has the same length as the number of generators in the plant, and a value of 1 means that the unit is included in the combination.
unit_combination	unit_names_in_comb	string_array	Output	No	STRING	None/null	SHOP_BEST_PROFIT	18.3.0	No	Lists the names of the generators that are part of the unit_combination.
unit_combination	discharge	xyt	Output	No	x: MW and y: M3/S	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Discharge for a combination of generators corresponding to a certain production level of the unit combination. The result is generated by the best_profit module.
unit_combination	marginal_cost	xyt	Output	No	x: MW and y: NOK/MW	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Marginal production cost for a combination of generators corresponding to a certain production level of the unit combination. The result is generated by the best_profit module.
unit_combination	average_cost	xyt	Output	No	x: MW and y: NOK/MW	None/null	SHOP_BEST_PROFIT	13.0.0.a	No	Average production cost for a combination of generators corresponding to a certain production level of the unit combination. The result is generated by the best_profit module.
tunnel	start_height	double	Input	Yes	METER	0.0	SHOP_OPEN	13.5.1.a	No	The lowest part of the opening of the tunnel at the point defined as the starting point of the tunnel.
tunnel	end_height	double	Input	Yes	METER	0.0	SHOP_OPEN	13.5.1.a	No	The lowest part of the opening of the tunnel at the point defined as the ending point of the tunnel.
tunnel	diameter	double	Input	No	METER	0.0	SHOP_OPEN	13.5.1.a	No	The diameter of the tunnel. This is reserved for use in the simulation.
tunnel	length	double	Input	No	METER	0.0	SHOP_OPEN	13.5.1.a	No	The length of the tunnel. This is reserved for use in the simulation.
tunnel	loss_factor	double	Input	Yes	S2/M5	0.0	SHOP_OPEN	13.5.1.a	No	Friction loss factor for the tunnel. The head loss in the tunnel is found by multiplying the loss_factor with the square of the flow. The loss_factor is also divided with the gate_opening_curve y-value if the gate is not fully open.
tunnel	weir_width	double	Input	No	METER	0.0	SHOP_OPEN	14.1.0.5	No	Width of weir at tunnel entrance. Tunnel flow is limited by the amount of water that may flow over the weir, depending on the level of the reservoir above.
tunnel	time_delay	int	Input	No	NO_UNIT	0	SHOP_OPEN	13.5.1.a	No	The delay between the water leaving the tunnel and until it ends up in the downstream reservoir. This can only be used on tunnels with end_height above the HRL of the downstream reservoir.
tunnel	gate_opening_curve	xy	Input	No	x: NO_UNIT and y: NO_UNIT	None/null	SHOP_TUNNEL	13.5.1.a	No	Relationship between gate positions and related scaling of the pressure loss in the gate. The X-values represent an arbitrary position given by increasing numbers. The Y-values represent the corresponding opening factor for each position. The tunnel loss_factor is divided with the y-value if the gate is not fully open. An y-value of 0 represents a fully closed gate and will not be used for any division.
tunnel	gate_loss_factor_curve	xy	Input	No	x: NO_UNIT and y: S2/M5	None/null	SHOP_TUNNEL	16.9.0	No	The effective head loss coefficient of the gate in the tunnel for different gate positions. The x-values in this curve are mapped to gate openings through the x-values on the gate_opening_curve. The total loss factor will be the sum of the regular loss_factor on the tunnel and the gate loss factor interpolated for the relevant gate opening. If this curve is not defined, the total loss factor of the tunnel and gate will be the loss_factor divided by the fractional gate opening.
tunnel	gate_adjustment_cost	timeseries	Input	No	NOK	None/null	SHOP_TUNNEL	13.5.1.a	No	A cost for changing the gate position between each time step. The given cost is multiplied with the change in gate opening between each time step and the product is added to the objective function.
tunnel	gate_iteration_deviation_cost	timeseries	Input	No	NOK	None/null	SHOP_TUNNEL	16.8.0	No	Adds a cost for changing the gate position from the gate opening optimized in the previous iteration. The cost is not based on any real world costs of the gate, but is a way of avoiding flipping between different gate opening solutions from iteration to iteration.
tunnel	gate_opening_schedule	timeseries	Input	No	NO_UNIT	None/null	SHOP_TUNNEL	13.5.1.a	Yes	Schedule for gate opening corresponding to the x-values of the gate_opening_curve.
tunnel	initial_opening	double	Input	No	NO_UNIT	-1	SHOP_TUNNEL	13.5.1.a	No	Initial position of the gate used as basis for calculating adjustment costs in the first time step.
tunnel	continuous_gate	int	Input	No	NO_UNIT	0	SHOP_TUNNEL	13.5.1.a	No	Flag determining whether the gate can be set to any position between listed positions in the gate_opening_curve. A value of 0 means that it can only be set at the given positions while a value of 1 means that it can be set to any position between the first and last listed position.
tunnel	end_pressure	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.5.1.a	No	Resulting pressure from the optimization at the end of the tunnel.
tunnel	start_pressure	timeseries	Output	No	METER	None/null	SHOP_OPEN	17.9.0	No	Resulting pressure from the optimization at the start of the tunnel.
tunnel	sim_end_pressure	timeseries	Output	No	METER	None/null	SHOP_OPEN	13.5.1.a	No	Resulting pressure from the simulated flow at the end of the tunnel.
tunnel	flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.5.1.a	No	Resulting flow in the tunnel from the optimization.
tunnel	physical_flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.4.1.0	No	Post-calculated physical flow in the tunnel after all optimization decisions are fixed.
tunnel	sim_flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	13.5.1.a	No	Simulated flow in the tunnel.
tunnel	gate_opening	timeseries	Output	No	NO_UNIT	None/null	SHOP_TUNNEL	13.5.1.a	No	Resulting position of the tunnel gate after optimization.
tunnel	network_no	int	Output	No	NO_UNIT	0	SHOP_OPEN	13.5.1.a	No	Network identification number set by the model to indicate which tunnel network this tunnel is part of.
tunnel	min_flow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.5.1.a	Yes	Minimum allowed flow in this tunnel.
tunnel	max_flow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	13.5.1.a	Yes	Maximum allowed flow in this tunnel.
tunnel	min_flow_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_OPEN	13.5.4.a	No	Given penalty cost for violating minimum flow in this tunnel.
tunnel	max_flow_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_OPEN	13.5.4.a	No	Given penalty cost for violating maximum flow in this tunnel.
tunnel	min_start_pressure	timeseries	Input	No	METER	None/null	SHOP_TUNNEL	14.2.3.0	Yes	Minimum allowed pressure at the start of this tunnel.
interlock_constraint	min_open	timeseries	Input	No	NO_UNIT	None/null	SHOP_TUNNEL	13.5.1.a	No	Minimum limit for how many objects connected to this constraint that can be open simultaneously.
interlock_constraint	max_open	timeseries	Input	No	NO_UNIT	None/null	SHOP_TUNNEL	13.5.1.a	No	Maximum limit for how many objects connected to this constraint that can be open simultaneously.
interlock_constraint	forward_switch_time	double	Input	No	NO_UNIT	0.0	SHOP_TUNNEL	13.5.4.d	No	Minimum number of hours that plant below must be stopped after closing tunnels connected to this constraint.
interlock_constraint	backward_switch_time	double	Input	No	NO_UNIT	0.0	SHOP_TUNNEL	13.5.4.d	No	Minimum number of hours that plant below must be stopped after closing tunnels connected from this constraint.
lp_model	sim_mode	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_type_names	string_array	Output	No	STRING	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_type_abbrev	string_array	Output	No	STRING	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_type_index_type_beg	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_type_index_type_cnt	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_type_index_type_val	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_type_names	string_array	Output	No	STRING	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_type_index_type_beg	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_type_index_type_cnt	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_type_index_type_val	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	index_type_names	string_array	Output	No	STRING	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	index_type_desc_beg	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	index_type_desc_cnt	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	index_type_desc_index	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	15.2.0.0	No	LP-model data.
lp_model	index_type_desc_val	string_array	Output	No	STRING	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	AA	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	Irow	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	Jcol	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	rhs	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	sense	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	ub	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	lb	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	cc	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	bin	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	x	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	dual	double_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_type	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_index_beg	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_index_cnt	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	var_index_val	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_type	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_index_beg	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_index_cnt	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	row_index_val	int_array	Output	No	NO_UNIT	None/null	SHOP_OPEN	14.1.0.0	No	LP-model data.
lp_model	add_row_type	int	Input	No	NO_UNIT	0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_row_index	int_array	Input	No	NO_UNIT	None/null	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_row_variables	int_array	Input	No	NO_UNIT	None/null	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_row_coeff	double_array	Input	No	NO_UNIT	None/null	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_row_rhs	double	Input	No	NO_UNIT	0.0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_row_sense	int	Input	No	NO_UNIT	0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_row_last	int	Output	No	NO_UNIT	0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_type	int	Input	No	NO_UNIT	0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_index	int_array	Input	No	NO_UNIT	None/null	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_ub	double	Input	No	NO_UNIT	0.0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_lb	double	Input	No	NO_UNIT	0.0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_cc	double	Input	No	NO_UNIT	0.0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_bin	int	Input	No	NO_UNIT	0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
lp_model	add_var_last	int	Output	No	NO_UNIT	0	SHOP_LP_MODEL	14.1.0.0	No	LP-model data.
river	length	double	Input	No	METER	0.0	SHOP_OPEN	14.3.1.0	No	Length of the river segment.
river	upstream_elevation	double	Input	Yes	METER	0.0	SHOP_OPEN	14.3.1.0	No	The elevation of the river floor upstream.
river	downstream_elevation	double	Input	No	METER	0.0	SHOP_OPEN	14.3.1.0	No	The elevation of the river floor downstream.
river	time_delay_const	double	Input	No	HOUR	0.0	SHOP_OPEN	14.3.1.0	No	The time delay of the water flowing down the river.
river	delayed_water_energy_value	double	Input	No	NOK/MWH	0.0	SHOP_RIVER	14.3.1.0	No	Specifies a constant local energy value used to evaluate the water in transit at the end of the optimization horizon. The value is converted to EUR/Mm3 and then added to the global water value of the downstream reservoir.
river	delayed_water_value	double	Input	No	NOK/MM3	-1.0	SHOP_OPEN	15.6.0.0	No	Specifies a constant global water value used to evaluate the water in transit at the end of the optimization horizon. The water value of the downstream reservoir will be used if this attribute is not specified.
river	initial_gate_opening	double	Input	No	NO_UNIT	-1.0	SHOP_RIVER	14.4.0.0	No	Specifies the initial opening position of the gate in the river before optimization, which is used when applying gate_adjustment_cost and gate_ramping constraints for the first time step. These constraints will not be applied for t=0 if the initial gate opening is not specified (-1).
river	linear_ref_flow	double	Input	No	M3/S	0.0	SHOP_RIVER	15.0.0.2	No	Specifies the flow rate where the level-flow rate should be linearized from. Can be used in combination with submerged weir where the flow is based on watted area. Will only be used if activated by corresponding flag.
river	implicit_factor	double	Input	No	NO_UNIT	0.5	SHOP_RIVER	15.3.0.0	No	Weighting between reservoir level in the beginning and end of time step for numerical integration. 0 - explicit Euler, 0.5 trapezoidal method, 1 - implicity Euler. Increase value for improved numerical stability, while 0.5 will typically give highest precision.
river	main_river	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.4.0.0	No	Specifies that this river should be considered the main waterway downstream a reservoir, and is only needed if a reservoir has no directly connected downstream power plant and has multiple output rivers. The first connected river is assumed to be the main river if this value has not been set on any of the output rivers.
river	submerged_weir	int	Input	No	NO_UNIT	0	SHOP_RIVER	15.0.0.0	No	Specifies if the weir should allow two way flow and reduce flow rate when downstream level is above weir height.
river	linear_submerged_weir_flow	int	Input	No	NO_UNIT	0	SHOP_RIVER	15.0.0.2	No	Activated weir flow linearized through the point given by linear_ref_flow and zero. Typically used for two-way flow functions with small reservoirs where convergence can be challenging.
river	width_depth_curve	xy	Input	No	x: METER and y: METER	None/null	SHOP_RIVER	14.3.1.0	No	The curve describing the shape of the river cross section.
river	flow_cost_curve	xy	Input	No	x: M3/S and y: NOK/H/M3/S	None/null	SHOP_FLOOD_SUPPORT	14.3.3.0	No	Describes a piece-wise constant cost curve for the flow in each time step for the river. This convex curve is preferred over the standard flow_cost timeseries attribute if both are defined for the river object.
river	peak_flow_cost_curve	xy	Input	No	x: M3/S and y: NOK/M3/S	None/null	SHOP_FLOOD_SUPPORT	14.3.3.0	No	Describes the piece-wise constant cost curve for the highest achieved flow rate in the river over the optimization horizon.
river	time_delay_curve	xy_array	Input	No	x: HOUR and y: NO_UNIT	None/null	SHOP_OPEN	14.4.1.4	No	Function for modelling wave-shaped time delay. The X-values represent the time since discharge into the top of the river, and the Y-values represents the fraction of the upstream water arriving at the bottom of the river at that time. Separate curves can be given in for different reference flows, in this case the time delay will be interpolated between the curves based on the flow in the past SHOP iteration.
river	past_upstream_flow	timeseries	Input	No	M3/S	None/null	SHOP_RIVER	14.4.0.0	No	Represents the upstream flow in the river before the start of the optimization period, which is considered for rivers with time delay. Any values given for times inside the optimization horizon are ignored. The datatype of this attribute changed from xy to timeseries in version 15.3.1.0.
river	up_level_flow_curve	xy_array	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	14.3.3.0	No	Function determining the relationship between water level in the reservoir directly above the river and the flow in the river. The XY flow functions can be given in for multiple gate settings where the gate opening position is the reference value of the XY table.
river	gate_opening_curve	xy	Input	No	x: NO_UNIT and y: METER	None/null	SHOP_RIVER	14.3.3.0	No	Function determining the relationship between the user-defined position of the gate (X-value) and the corresponding height in meters above the river bottom (Y-value).
river	delta_level_ref_up_flow_curve	xy_array	Input	No	x: METER and y: M3/S	None/null	SHOP_OPEN	14.3.3.0	No	Set of functions defining the relationship between the water level difference between the reservoirs directly above and below the river (X-value) and the river flow (Y-value). Each function is referenced to a water level in the upper reservoir. The flow is extrapolated outside the defined X-value range, and interpolated between functions when the actual upper reservoir level lies between their reference levels.
river	delta_level_ref_down_flow_curve	xy_array	Input	No	x: METER and y: M3/S	None/null	SHOP_RIVER	14.3.3.0	No	Set of functions defining the relationship between the water level difference between the reservoirs directly above and below the river (X-value) and the river flow (Y-value). Each function is referenced to a water level in the lower reservoir. The flow is extrapolated outside the defined X-value range, and interpolated between functions when the actual lower reservoir level lies between their reference levels.
river	inflow	timeseries	Input	No	M3/S	None/null	SHOP_RIVER	14.3.1.0	No	The upstream natural inflow to the river.
river	min_flow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	14.3.1.0	Yes	Defines a minimum flow constraint for the river. This is a soft constraint whose penalty cost is specified by either min_flow_penalty_cost or river_flow_penalty_cost (on global_settings).
river	max_flow	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	14.3.1.0	Yes	Defines a maximum flow constraint for the river. This is a soft constraint whose penalty cost is specified by either max_flow_penalty_cost or river_flow_penalty_cost (on global_settings).
river	min_flow_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_OPEN	14.3.1.0	No	The penalty cost for breaking the min_flow constraint. Overrides the default river_flow_penalty_cost defined on global_settings.
river	max_flow_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_OPEN	14.3.1.0	No	The penalty cost for breaking the max_flow constraint. Overrides the default river_flow_penalty_cost defined on global_settings.
river	max_flow_const	double	Input	No	M3/S		SHOP_OPEN	17.5.0	Yes	Defines a constant maximum flow constraint for the river. This is a soft constraint whose penalty cost is specified by either max_flow_penalty_cost or river_flow_penalty_cost (on global_settings). The default value (NaN) means that max_flow_const is inactive. The timeseries attribute max_flow will be preferred if both are set.
river	ramping_up	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_OPEN	14.3.3.0	Yes	Defines a maximum upward flow ramping constraint for the river.
river	ramping_down	timeseries	Input	No	M3SEC_HOUR	None/null	SHOP_OPEN	14.3.3.0	Yes	Defines a maximum downward flow ramping constraint for the river.
river	ramping_up_penalty_cost	timeseries	Input	No	NOK/M3/S	None/null	SHOP_OPEN	14.3.3.0	No	The penalty cost for breaking the ramping_up constraint. Overrides the default gate_ramp_penalty_cost defined on global_settings.
river	ramping_down_penalty_cost	timeseries	Input	No	NOK/M3/S	None/null	SHOP_OPEN	14.3.3.0	No	The penalty cost for breaking the ramping_down constraint. Overrides the default gate_ramp_penalty_cost defined on global_settings.
river	cost_curve_scaling	timeseries	Input	No	NO_UNIT	None/null	SHOP_FLOOD_SUPPORT	14.3.3.0	No	The values in this time series will be multiplied with the flow_cost_curve values. This makes it possible to vary the convex flow_cost_curve over the optimization horizon.
river	flow_schedule	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	14.3.3.0	Yes	Schedule for flow through the river. If the river has time delay, it is referenced to the start of the river.
river	flow_schedule_penalty_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_OPEN	14.4.0.0	No	Penalty cost for breaking the flow_schedule for the river. The default penalty cost for all rivers can be set with the river_flow_schedule_penalty_cost attribute on global_settings.
river	gate_opening_schedule	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	14.3.3.0	Yes	Schedule for opening of the gate in the river. The value given here is interpreted as the X-value of the gate_opening_curve.
river	flow_block_merge_tolerance	timeseries	Input	No	M3/S	None/null	SHOP_OPEN	14.3.3.0	Yes	Maximum difference in flow between two timesteps that results in a merged result for these timesteps in the next iteration. This requires merging to be activated in the command file by set merge /on.
river	gate_ramping	timeseries	Input	No	METER/HOUR	None/null	SHOP_RIVER	14.4.0.0	Yes	Maximal allowed change in the gate height per hour in both upward and downward direction.
river	gate_ramping_penalty_cost	timeseries	Input	No	NOK/METER_HOUR	None/null	SHOP_RIVER	14.4.0.0	No	The penalty cost for breaking the gate ramping constraints in either upward or downward direction.
river	gate_adjustment_cost	timeseries	Input	No	NOK/METER	None/null	SHOP_RIVER	14.4.0.0	No	The cost for changeing the gate height between two time steps in either upward or downward direction.
river	flow_cost	timeseries	Input	No	NOK/H/M3/S	None/null	SHOP_OPEN	14.4.0.0	No	A linear cost for the flow of water in the river. If a convex flow_cost_curve is defined on the river, it will be preferred over the flow_cost.
river	flow_cost_const	double	Input	No	NOK/H/M3/S	0.0	SHOP_OPEN	17.5.0	No	A linear cost for the flow of water in the river that is constant in time. The convex flow_cost_curve and the timeseries attribute flow_cost will be preferred over the flow_cost_const if multiple costs are defined at the same time.
river	mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_RIVER	14.4.0.0	No	A flag series used to turn on (1) and off (0) the use of binary variables to ensure that the river flow is zero when the reservoir level is below the gate or bottom of the river bed. Non-physical flow may occur if the mip_flag is turned off.
river	flow_start_cost	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.14.0	No	Cost for river starting to flow. For the cost to be applied, the river attributes min_allowed_flow and absolute_max_flow must be specified.
river	flow_stop_cost	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.14.0	No	Cost for river stopping to flow. For the cost to be applied, the river attributes min_allowed_flow and absolute_max_flow must be specified.
river	flow_start_cost_const	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	17.14.0	No	Constant cost for river starting to flow. For the cost to be applied, the river attributes min_allowed_flow and absolute_max_flow must be specified. The corresponding timeseries attribute flow_start_cost will be preferred if both are defined.
river	flow_stop_cost_const	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	17.14.0	No	Constant cost for river stopping to flow. For the cost to be applied, the river attributes min_allowed_flow and absolute_max_flow must be specified. The corresponding timeseries attribute flow_stop_cost will be preferred if both are defined.
river	min_allowed_flow	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	17.14.0	No	Minimum allowed flow in the river. Needed for adding start- and stop-costs for the river flow.
river	absolute_max_flow	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	17.14.0	No	Absolute max flow in the river. Needed for adding start- and stop-costs for the river flow.
river	flow_commitment_mip_flag	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	17.14.0	No	A flag series used to turn on (1) and off (0) the use of binary variables in the constraints for flow start/stop costs.
river	flow_change_cost	timeseries	Input	No	NOK/M3/S	None/null	SHOP_OPEN	18.4.0	Yes	The cost for changing the upstream river flow between two time steps (independent of step length), charged on both the upward and downward part of the flow change. A NaN value at a time step means that no cost is applied for the flow change in that time step.
river	flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.3.1.0	No	The flow in the river, referenced at the upstream endpoint.
river	upstream_flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.3.1.0	No	The flow in the river at the upstream endpoint.
river	downstream_flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.3.1.0	No	The flow in the river at the downstream endpoint.
river	gate_height	timeseries	Output	No	METER	None/null	SHOP_RIVER	14.3.3.0	No	The post-calculated height of the gate in MASL. The reservoir level and river flow is used to calculate the corresponding gate height after the optimization is done based on the up_level_flow_curve or width_depth_curve.
river	solver_gate_height	timeseries	Output	No	METER	None/null	SHOP_RIVER	17.10.0	No	The approximate height of the gate that the optimization solver sees when adding gate ramping and gate adjustment constraints. Otherwise, it is identical to the post-calculated gate_height attribute.
river	gate_position	timeseries	Output	No	NO_UNIT	None/null	SHOP_RIVER	17.10.0	No	The post-calculated position of the gate corresponding to the x values in the gate_opening_curve. The reservoir level and river flow is used to calculate the corresponding gate position after the optimization is done based on the up_level_flow_curve or width_depth_curve.
river	min_flow_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.3.1.0	No	The incurred penalty for breaking the min_flow constraint.
river	max_flow_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.3.1.0	No	The incurred penalty for breaking the max_flow constraint.
river	ramping_up_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.3.3.0	No	The incurred penalty for breaking the ramping_up constraint.
river	ramping_down_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.3.3.0	No	The incurred penalty for breaking the ramping_down constraint.
river	flow_change_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	18.4.0	No	The incurred cost for changing the upstream river flow between two time steps according to the flow_change_cost attribute.
river	flow_penalty	timeseries	Output	No	NOK	None/null	SHOP_FLOOD_SUPPORT	14.3.3.0	No	The penalty incurred based on the flow_cost_curve and the flow rate in the river over the optimization horizon.
river	peak_flow_penalty	timeseries	Output	No	NOK	None/null	SHOP_FLOOD_SUPPORT	14.3.3.0	No	The penalty incurred based on the peak_flow_cost_curve and the highest achieved flow rate in the river over the optimization horizon.
river	gate_ramping_penalty	timeseries	Output	No	NOK	None/null	SHOP_RIVER	14.4.0.0	No	The penalty incurred for breaking the gate_ramping constraints according to the gate_ramping_penalty_cost.
river	gate_adjustment_penalty	timeseries	Output	No	NOK	None/null	SHOP_RIVER	14.4.0.0	No	The incurred cost for changeing the gate height between time steps according to the gate_adjustment_cost.
river	flow_schedule_penalty	timeseries	Output	No	NOK	None/null	SHOP_OPEN	14.4.0.0	No	The incurred cost for breaking the flow_schedule constraints on the river.
river	physical_flow	timeseries	Output	No	M3/S	None/null	SHOP_OPEN	14.4.1.0	No	The physical flow into the top of the river based on the post-calculated reservoir level values. If the river flow is not dependent on the upstream reservoir level, the physical_flow will be identical to the regular flow attribute.
river	initial_downstream_flow	timeseries	Output	No	M3/S	None/null	SHOP_RIVER	14.4.1.4	No	The calculated initial flow that will flow out from the end of the river. This is calulated based on the time delay in the river and the past_upstream_flow and distributed_past_upstream_flow attribute.
river	distributed_past_upstream_flow	xy	Output	No	x: HOUR and y: M3/S	None/null	SHOP_RIVER	14.4.1.4	No	The past upstream flow of upstream river objects that have been distributed down to this river. Represented as an XY table where the x-values are the time steps in negative hours relative to the start of the optimization.
river	sim_flow	timeseries	Output	No	M3/S	None/null	SHOP_RIVER	15.1.0.0	No	The simulated upstream river flow after a SHOP simulation is performed.
river	sim_downstream_flow	timeseries	Output	No	M3/S	None/null	SHOP_RIVER	16.8.0	No	The simulated river flow that exits the bottom of the river after a SHOP simulation is performed.
river	delayed_water_vol	double	Output	No	MM3	0.0	SHOP_OPEN	16.8.0	No	The volume of the downstream river flow that arrives after the end of the optimization horizon.
river	sim_delayed_water_vol	double	Output	No	MM3	0.0	SHOP_OPEN	16.8.0	No	The simulated volume of the downstream river flow that arrives after the end of the simulation horizon.
river	delayed_water_vol_from_historic_flow	double	Output	No	MM3	0.0	SHOP_OPEN	17.0.0	No	The volume of the past_upstream_flow that arrives after the end of the optimization horizon.
river	level_dependent_max_flow	xy	Output	No	x: METER and y: M3/S	None/null	SHOP_RIVER	17.10.0	No	Describes the concave envelope of the reservoir-dependent maximal flow in rivers with gates and an up_level_flow_curve or width_depth_curve. Used to add an upper bound for the river flow if the gate is optimizable.
river	level_dependent_min_flow	xy	Output	No	x: METER and y: M3/S	None/null	SHOP_RIVER	17.10.0	No	Describes the convex envelope of the reservoir-dependent minimal flow in rivers with gates and an up_level_flow_curve or width_depth_curve. Used to add a lower bound for the river flow if the gate is optimizable.
river	physical_spill	double	Output	No	MM3	0.0	SHOP_RIVER	18.3.0	No	The sum of spill volume for the part of the spill that represents physical spill, i.e. the spill occurs when the water reaches max_vol of the upstream reservoir.
river	nonphysical_spill	double	Output	No	MM3	0.0	SHOP_RIVER	18.3.0	No	The sum of spill volume for the part of the spill that represents non-physical spill, i.e. the spill occurs when the water does not reach max_vol of the upstream reservoir.
busbar	load	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Load at the busbar.
busbar	ptdf	sy	Input	No	s: STRING and y: NO_UNIT	None/null	SHOP_OPEN	14.3.4.0	No	Power transfer distribution factors describing change in flow for each ac line relative to change in generation at the busbar.
busbar	energy_price	timeseries	Output	No	NOK/MWH	None/null	SHOP_OPEN	14.3.4.0	No	Dual value for the energy balance constraint at the busbar.
busbar	power_deficit	timeseries	Output	No	MWH	None/null	SHOP_OPEN	14.3.4.0	No	Power added to the busbar power balance to cover deficit of energy.
busbar	power_excess	timeseries	Output	No	MWH	None/null	SHOP_OPEN	14.3.4.0	No	Power subtracted from the busbar power balance to remove excess of energy.
ac_line	max_forward_flow	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Maximum transfer capacity in forward direction.
ac_line	max_backward_flow	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Maximum transfer capacity in backward direction.
ac_line	n_loss_segments	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.3.4.0	No	Number of segments for linearization of quadratic loss.
ac_line	loss_factor_linear	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	14.3.4.0	No	Loss factor multiplied with absolute value of the flow in the line.
ac_line	loss_factor_quadratic	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	14.3.4.0	No	Loss factor multiplied with the square of the flow in the line. The calculation is linearized with the number of steps defined by n_loss_segments.
ac_line	flow	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Flow through the line.
ac_line	forward_loss	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Transmission loss for flow in forward direction of the line.
ac_line	backward_loss	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Transmission loss for flow in backward direction of the line.
dc_line	max_forward_flow	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Maximum transfer capacity in forward direction.
dc_line	max_backward_flow	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Maximum transfer capacity in backward direction.
dc_line	n_loss_segments	int	Input	No	NO_UNIT	0	SHOP_OPEN	14.3.4.0	No	Number of segments for linearization of quadratic loss.
dc_line	loss_constant	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	14.3.4.0	No	Constant power loss in DC line terminals, independent of power flow.
dc_line	loss_factor_linear	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	14.3.4.0	No	Loss factor multiplied with absolute value of the flow in the line.
dc_line	loss_factor_quadratic	double	Input	No	NO_UNIT	0.0	SHOP_OPEN	14.3.4.0	No	Loss factor multiplied with the square of the flow in the line. The calculation is linearized with the number of steps defined by n_loss_segments.
dc_line	flow	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Flow through the line.
dc_line	forward_loss	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Transmission loss for flow in forward direction of the line.
dc_line	backward_loss	timeseries	Output	No	MW	None/null	SHOP_OPEN	14.3.4.0	No	Transmission loss for flow in backward direction of the line.
gen_reserve_capability	reserve_type_name	string	Input	Yes	STRING	Empty	SHOP_OPEN	14.4.0.0	No	The reserve product this reserve capability definition is valid for. Can be either FCR_N_UP/DOWN, FCR_D_UP/DOWN, FRR_UP/DOWN, or RR_UP/DOWN.
gen_reserve_capability	p_extended	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	Defines an extended production limit for delivering this reserve type. It should be higher than the maximum generator production for upward reserves or below the minimum production for downward reserves.
gen_reserve_capability	schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	A schedule for how much reserve capacity of the specified type that must be delivered on the generator.
pump_reserve_capability	reserve_type_name	string	Input	Yes	STRING	Empty	SHOP_OPEN	14.4.0.0	No	The reserve product this reserve capability definition is valid for. Can be either FCR_N_UP/DOWN, FCR_D_UP/DOWN, FRR_UP/DOWN, or RR_UP/DOWN.
pump_reserve_capability	p_extended	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	Defines an extended production limit for delivering this reserve type. It should be higher than the maximum pump consumption for downward reserves or below the minimum consumption for upward reserves.
pump_reserve_capability	schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	A schedule for how much reserve capacity of the specified type that must be delivered on the pump.
plant_reserve_capability	reserve_type_name	string	Input	Yes	STRING	Empty	SHOP_OPEN	14.4.0.0	No	The reserve product this reserve capability definition is valid for. Can be either FCR_N_UP/DOWN, FCR_D_UP/DOWN, FRR_UP/DOWN, or RR_UP/DOWN.
plant_reserve_capability	p_gen_extended	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	Defines an extended plant production limit for delivering this reserve type on the generators in the plant. Only has an effect if the value is set lower than the sum of p_extended on the generators in the plant.
plant_reserve_capability	p_pump_extended	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	Defines an extended plant production limit for delivering this reserve type on the pumps in the plant. Only has an effect if the value is set lower than the sum of p_extended on the pumps in the plant.
plant_reserve_capability	schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	A schedule for how much reserve capacity of the specified type that must be delivered for all generators and pumps in the plant.
needle_comb_reserve_capability	reserve_type_name	string	Input	Yes	STRING	Empty	SHOP_OPEN	14.4.0.0	No	The reserve product this reserve capability definition is valid for. Can be either FCR_N_UP/DOWN, FCR_D_UP/DOWN, FRR_UP/DOWN, or RR_UP/DOWN.
needle_comb_reserve_capability	p_extended	timeseries	Input	No	MW	None/null	SHOP_OPEN	14.4.0.0	Yes	Defines an extended production limit for delivering this reserve type. It should be higher than the maximum needle_combination production for upward reserves or below the minimum needle_combination production for downward reserves.
battery	charge_efficiency	double	Input	No	NO_UNIT	1.0	SHOP_OPEN	15.2.0.0	No	Charge efficiency coefficient.
battery	discharge_efficiency	double	Input	No	NO_UNIT	1.0	SHOP_OPEN	15.2.0.0	No	Discharge efficiency coefficient.
battery	max_charge_power	double	Input	Yes	MW	0.0	SHOP_OPEN	15.2.0.0	No	Maximum charge power.
battery	max_discharge_power	double	Input	Yes	MW	0.0	SHOP_OPEN	15.2.0.0	No	Maximum discharge power.
battery	max_energy	double	Input	Yes	MWH	0.0	SHOP_OPEN	15.2.0.0	No	Maximum energy storage capacity.
battery	initial_energy	double	Input	No	MWH	0.0	SHOP_OPEN	15.2.0.0	No	Initial energy storage.
battery	discharge_cost	double	Input	No	NOK/MWH	0.0	SHOP_OPEN	15.2.0.0	No	Battery discharge cost.
battery	charge_cost	double	Input	No	NOK/MWH	0.0	SHOP_OPEN	15.2.0.0	No	Battery charge cost.
battery	max_charge_power_constraint	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.2.0.0	Yes	Maximum charge power constraint.
battery	max_discharge_power_constraint	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.2.0.0	Yes	Maximum discharge power constraint.
battery	max_energy_constraint	timeseries	Input	No	MWH	None/null	SHOP_OPEN	15.2.0.0	Yes	Maximum energy storage constraint.
battery	min_energy_constraint	timeseries	Input	No	MWH	None/null	SHOP_OPEN	15.2.0.0	Yes	Minimum energy storage constraint.
battery	charge_discharge_mip	timeseries	Input	No	NO_UNIT	None/null	SHOP_OPEN	15.2.0.0	No	MIP variable to prevent simultaneous charging and discharging.
battery	charge_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Battery charging schedule.
battery	discharge_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Battery discharging schedule.
battery	net_discharge_schedule	timeseries	Input	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Battery net-discharging schedule.
battery	fcr_n_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating fcr_n_up on this battery.
battery	fcr_n_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating fcr_n_down on this battery.
battery	fcr_d_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating fcr_d_up on this battery.
battery	fcr_d_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating fcr_d_down on this battery.
battery	frr_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating frr_up on this battery.
battery	frr_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating frr_down on this battery.
battery	rr_up_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating rr_up on this battery.
battery	rr_down_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.5.0.0	No	The cost of allocating rr_down on this battery.
battery	historical_discharge	timeseries	Input	No	MW	None/null	SHOP_OPEN	17.19.0	No	Battery discharge before the start of the optimization period.
battery	rolling_max_discharge_limit	xyt	Input	No	x: MINUTE and y: MWH	None/null	SHOP_OPEN	17.19.0	Yes	Input to specify rolling battery discharge constraints that limit the maximum total stored energy discharged within a rolling time window. The x-values represent the length of the rolling time window and the y-values specify the maximum allowed energy discharged. Each (x, y) point in each xy curve represents a rolling ramping constraint.
battery	power_charge	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Power charged from battery.
battery	power_discharge	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Power discharged from battery.
battery	net_power_discharge	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Net power discharged from battery.
battery	energy	timeseries	Output	No	MWH	None/null	SHOP_OPEN	15.2.0.0	No	Energy stored in battery.
battery	energy_value	timeseries	Output	No	NOK/MWH	None/null	SHOP_OPEN	15.2.0.0	No	Battery energy dual value.
battery	fcr_n_up_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery fcr_n_up delivery.
battery	fcr_n_down_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery fcr_n_down delivery.
battery	fcr_d_up_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery fcr_d_up delivery.
battery	fcr_d_down_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery fcr_d_down delivery.
battery	frr_up_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery frr_up delivery.
battery	frr_down_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery frr_down delivery.
battery	rr_up_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery rr_up delivery.
battery	rr_down_delivery	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.5.0.0	No	Resulting battery rr_down delivery.
wind	power_forecast	timeseries	Input	Yes	MW	None/null	SHOP_OPEN	15.2.0.0	No	Wind power production forecast.
wind	curtailment_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.2.0.0	No	Wind energy curtailment cost.
wind	power_delivered	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Wind power delivered.
wind	power_curtailed	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Wind power curtailed.
solar	power_forecast	timeseries	Input	Yes	MW	None/null	SHOP_OPEN	15.2.0.0	No	Solar power production forecast.
solar	curtailment_cost	timeseries	Input	No	NOK/MWH	None/null	SHOP_OPEN	15.2.0.0	No	Solar energy curtailment cost.
solar	power_delivered	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Solar power delivered.
solar	power_curtailed	timeseries	Output	No	MW	None/null	SHOP_OPEN	15.2.0.0	No	Solar power curtailed.