--- jupytext: text_representation: extension: .md format_name: myst format_version: 0.13 jupytext_version: 1.13.8 kernelspec: display_name: 'Python 3' name: python3 --- (thermal)= # thermal A general thermal power generating unit with a fixed linear or quadratic fuel cost | | | |---|---| |Input connections|{ref}`busbar`| |Output connections|{ref}`busbar`| |License|SHOP_OPEN| |Release version|14.3.2.0| ```{contents} :local: :depth: 1 ``` ## Examples - [](power-flow-example) ## Attributes ```{code-cell} ipython3 :tags: ['remove-input', 'full-width'] from IPython.core.display import HTML HTML("""
""") ``` (thermal:fuel_cost)= ### fuel_cost
Data type: timeseries. Unit: NOK/MWH.
Cost proportional to the amount of fuel used by the thermal unit. (thermal:quadratic_fuel_cost)= ### quadratic_fuel_cost
Data type: timeseries. Unit: NOK/MWH.
Cost proportional to the square of the amount of fuel used by the thermal unit. (thermal:n_segments)= ### n_segments
Data type: int. Unit: NO_UNIT.
Number of segments on the production curve of the unit. (thermal:min_prod)= ### min_prod
Data type: timeseries. Unit: MW.
Minimum production level of the unit. (thermal:max_prod)= ### max_prod
Data type: timeseries. Unit: MW.
Maximum production level of the unit. (thermal:startcost)= ### startcost
Data type: timeseries. Unit: NOK.
Cost for starting up the unit. (thermal:stopcost)= ### stopcost
Data type: timeseries. Unit: NOK.
Cost for shutting down the unit. (thermal:production)= ### production
Data type: timeseries. Unit: MW.
Production from the unit.