Model of a wind energy converter.
Type Model| Attribute | Unit | Remarks |
|---|---|---|
| uuid | -- | |
| id | -- | Human readable identifier |
| capex | € | Capital expenditure to purchase one entity of this type |
| opex | € / MWh | Operational expenditure to operate one entity of
this type
|
| sRated | kVA | Rated apparent power |
| cosphiRated | -- | Rated power factor |
| cpCharacteristic | -- | Wind velocity dependent :ref:`Betz factors<wec_cp_characteristic>`. |
| etaConv | % | Efficiency of the assets inverter |
| rotorArea | m² | Area the rotor covers |
| hubHeight | m | Height of the rotor hub |
| Attribute | Unit | Remarks |
|---|---|---|
| uuid | -- | |
| id | -- | Human readable identifier |
| operator | -- | |
| operationTime | -- | Timely restriction of operation |
| node | -- | |
| qCharacteristics | -- | :ref:`Reactive power characteristic<participant_general_q_characteristic>` to follow |
| type | -- | |
| marketReaction | -- | Whether to adapt output based on (volatile)
market price or not
|
| em | -- | UUID reference to an :ref:`Energy Management Unit<em_model>` that is controlling
this system participant. Field can be empty or missing, if this participant
is not controlled.
|
Nothing - at least not known. If you found something, please contact us!
A collection of wind velocity to Betz factor pairs to be applied in Betz's law to determine the wind energy coming onto the rotor area.