.TransiEnt.Consumer.Systems.PVBatteryPoolControl.Base.PoolControlBusSumUp

Information

1. Purpose of model

This block allows to sum up the state information (primary balancing power offer) of N units (consumers with battery systems) in order to control these units by one global pool controller.

The units each have one pool control bus which contains a vector (for each state variable) with as many components as units presesnt in the pool. They add their state variable to the position of their index in the pool and set all other components of the bus to zero.

This sum up block then adds all components such that the resulting bus contains the state of each unit in each component of the resulting vector.

2. Level of detail, physical effects considered, and physical insight

Technical component without physical effects.

3. Limits of validity

The unit is supposed to add zeros to all components in each vector apart from its own index

4. Interfaces

N PoolControlBus as input (connect to N units, e.g. controllable consumers)

1 PoolControlBus as output (connect to pool controller)

5. Nomenclature

No equations present

6. Governing Equations

No equations present

7. Remarks for Usage

See Purpose of model

8. Validation

No phyical validation required. For technical validation see: Check.CheckPoolControlBusSumUp

9. References

None

10. Version History

Model revised, tester and documentation added by Pascal Dubucq (dubucq@tuhh.de) on 24.03.2017

Quality check (Code conventions) by Rebekka Denninger on 01.10.2016

Model revised by Pascal Dubucq (dubucq@tuhh.de) on 01.10.2014

Model created by Arne Doerschlag on 01.09.2014