Skip to content

Latest commit

 

History

History
95 lines (69 loc) · 2.71 KB

load.md

File metadata and controls

95 lines (69 loc) · 2.71 KB
Raw

(load-model)=

Load

Model of (mainly) domestic loads.

Attributes, Units and Remarks

.. list-table::
   :widths: 33 33 33
   :header-rows: 0


   * - 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

   * - loadProfile
     - --
     - :ref:`Load profile<load-lp>`  as model behaviour

   * - dsm
     - --
     - Whether the load is able to follow demand side management signals

   * - eConsAnnual
     - kWh
     - Annual energy consumption

   * - sRated
     - kVA
     - Rated apparent power

   * - cosPhiRated
     - --
     - Rated power factor

   * - 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.

Caveats

Nothing - at least not known. If you found something, please contact us!

(load-lp)=

Load Profiles

The {code}LoadProfile is an interface, that forces its implementing classes to have a {code}String key and being able to parse a {code}String to a {code}LoadProfile. Its only purpose is to give note, which load profile has to be used by the simulation. The actual profile has to be provided by the simulation itself. If no matching standard load profile is known, {code}LoadProfile#NO_LOAD_PROFILE can be used.

To assist the user in marking the desired load profile, the enum {code}BdewLoadProfile provides a collection of commonly known German standard electricity load profiles, defined by the bdew (Bundesverband der Energie- und Wasserwirtschaft; engl. Federal Association of the Energy and Water Industry). For more details see the corresponding website (German only).

Furthermore there are {code}TemperatureDependantLoadProfiles which can be used to note usage of load profiles for night heating storages or heat pumps for example. The profiles rely on the VDN description for interruptable loads. For more details see here (German only). {code}NbwTemperatureDependantLoadProfiles provides sample temperature dependant load profiles that can be used. The NbwTemperatureDependantLoadProfiles consists of load profiles "ep1" for heat pumps and "ez2" for night storage heating.