(storage-model)=
Model of an ideal electrical battery energy storage.
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* - 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
* - eStorage
- kWh
- Battery capacity
* - sRated
- kVA
- Rated apparent power
* - cosPhiRated
- --
- Rated power factor
* - pMax
- kW
- | Maximum permissible active power
| infeed or consumption
* - activePowerGradient
- % / h
- Maximum permissible rate of change of power
* - eta
- %
- Efficiency of the electrical inverter
* - dod
- %
- | Maximum permissible depth of discharge. 80 % dod
| is equivalent to a state of charge of 20 %.
* - lifeTime
- h
- Permissible hours of full use
* - lifeCycle
- --
- Permissible amount of full cycles
* - 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.
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* - 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
- --
-
* - behaviour
- --
- | Foreseen operation strategy of the storage.
| Eligible input: *"market"*, *"grid"*, *"self"*
The field {code}behaviour
will be removed in version 1.x, as this is an information, that is only important to a
smaller sub set of simulation applications.