OPTIMAL SCHEDULING OF AGGREGATED DEMAND-SIDE MULTIPURPOSE BATTERIES FOR DEMAND RESPONSE

抄録

This paper proposes an optimal scheduling method of aggregated demand-side batteries for demand response. Demand-side batteries are needed for multipurpose operation including peak-shave and demand response (DR) by energy resource aggregators. The method can make optimal operation schedule of the batteries achieving the multiple purposes simultaneously using mathematical programming when DR time period is known. A Numerical simulation for three customers shows that the proposed method can generate an effective operation schedule.