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  text_representation:
    extension: .md
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(solar)=
# solar
Power production from solar into a power system.

|   |   |
|---|---|
|Input connections|{ref}`busbar`|
|Output connections|{ref}`busbar`|
|License|SHOP_OPEN|
|Release version|15.2.0.0|

```{contents}
:local:
:depth: 1
```



## Examples
  - [](battery-wind-solar)
  

## References
  - Non-linear charge-based battery storage optimization model with bi-variate cubic spline constraints {cite}`Aaslid2020`
  - Pricing electricity in constrained networks dominated by stochastic renewable generation and electric energy storage {cite}`Aaslid2021`
  - Stochastic Optimization of Microgrid Operation With Renewable Generation and Energy Storages {cite}`Aaslid2022a`
  - Stochastic operation of energy constrained microgrids considering battery degradation {cite}`Aaslid2022b`
  

## Attributes
```{code-cell} ipython3
:tags: ['remove-input', 'full-width']

from IPython.core.display import HTML
HTML("""<table id="solar-table" class="display compact"></table>
<script>
enableDataTable(
  "#solar-table",
  "/_static/data/solar-attribute-table.json"
);
</script>
""")
```

(solar:power_forecast)=
### power_forecast
Solar power production forecast. (xUnit: MW, yUnit: MW)


(solar:curtailment_cost)=
### curtailment_cost
Solar energy curtailment cost. (xUnit: NOK/MWH, yUnit: NOK/MWH)


(solar:power_delivered)=
### power_delivered
Solar power delivered. (xUnit: MW, yUnit: MW)


(solar:power_curtailed)=
### power_curtailed
Solar power curtailed. (xUnit: MW, yUnit: MW)