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This paper presents the validation of a rule-based control strategy trying to maximize the self-consumption of PV-converted power and providing frequency containment reserve power at the same time with a battery energy storage system placed in a residential household with roof-top PV-plant. The single model of a residential household is integrated in a simulation model of a virtual battery energy...
Virtual power plants can participate in energy markets. This paper presents the modeling approach used in the current research project SWARM for simulating the frequency containment reserve (FCR) power provision with a virtual mass storage. It participates in the German FCR market since July 2015 and is composed of battery energy storage systems (ESSs), which are in fact installed in households with...
Due to the transition towards a sustainable energy supply, many electricity generation systems are faced with great challenges worldwide. Highly volatile renewable energy sources play an important role in the future electricity generation mix and should help compensate the phase-out of nuclear power in countries such as Germany. Simulation-based energy system analyses can support the conversion into...
Communication will play a significant role in the evolving smart grid which will allow services such as self-healing, real-time demand response and efficient use of energy. Due to the large number, distributed and more importantly intermittent nature of energy resources (e.g. wind and solar plants), smart grid will rely heavily on communication for super-fast balance between electricity supply and...
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