Power System Balancing by Distributed Energy Resources and Flexible Demand

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Jacob Østergaard - Invited speaker

Power System Balancing by Distributed Energy Resources and Flexible DemandIn future power systems distributed energy resources and flexible demand is expected to contribute to power system balancing. In this presentation we suggest an approach based on two control concepts: Frequency controlled demand, and a 5-minute real-time market. To illustrate the concept we use a detailed physical modeling of selected devices in connection with an inertia model of the power system, and the two control concepts. The models are partly based on laboratory experience, partly on literature studies. The results show the behavior of the individual technologies as well as the aggregate behavior of a power system balanced by a coherent set of resources. The results prove that the concepts are feasible. Outline of a planned large-scale demonstration will be provided.
Note: Power System Balancing by Distributed Energy Resources and Flexible Demand
Place: Lund University

18 May 201120 May 2011

Workshop

TitleWorkshop on Dynamics, Control and Pricing in Power Systems ( LCCC)
Date18/05/201120/05/2011
CityLund
CountrySweden
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