Poster Abstract: Controllability Architecture for Energy Devices

Alexander Hill (OFFIS e.V.); Jan-Henrik Bruhn (OFFIS e.V.); Christian Pieper (OFFIS e.V.)

Abstract

We present a novel control architecture to model Renewable Energy Re-
sources. The proposed concept sets a focus on how to model Read and
Control Capabilitiess (RCCs) of different energy devices, like Energy Storage
Systems, Photovoltaic Systems or Heat Pumps. A second focus of the model
is the self-description of the devices in a digitalized energy system. We ex-
plain how we combine RCCs with self-description into a compact model
and show an example how to model a heat pump with this architecture.
We believe that developing a more sophisticated RCC-model is useful for
developing and comparing optimization algorithms for energy systems.