Residential Loads¶

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• Power flow: to component
• Maximum power: 9 kVA (single family home), 30 kVA (apartment building)
• Connected to: AC network (DC planned for single family home)

Shiftable loads represented by real appliances (”white goods”)

Unshiftable loads reproduced by programmable electronic loads and some small domestic appliances (e.g. coffee machine)

For multi family home:

EV charging station integrated in one household
One shared energy management system applied to all three households
Every household is equipped with a smart meter

• Fig. 1: Representation of the single family home

• Fig. 2: Representation of the apartment building

Communication and control of real shiftable loads realized with the aid of integrated sensors and actuators

Unshiftable loads, generated with the aid of stochastic loadprofile models (Matlab/Simulink), are represented by discrete-time operation of programmable electronic loads

• Fig. 3: Scheme of the residential loads

Specific informationen on the functionality and the operation of the loads within the simulated residential buildings are provided at the lab-internal wiki site:
http://130.149.206.221/redmine/projects/senselab/wiki/Residential