首页|Two-step Probabilistic Method to Enable Demand Response Programs in Renewable-based Integrated Energy Systems
Two-step Probabilistic Method to Enable Demand Response Programs in Renewable-based Integrated Energy Systems
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This paper presents a two-step procedure to enable residential Demand Response(DR)programs in Multi-Carrier Energy Systems(MCES),including combined heat and power generation,renewable resources,boiler,and energy storage systems.In the first step,an optimization problem is solved to determine the optimal energy cost for each customer.In the second step,the system operator(SO)minimizes the summation of the total loss cost of the electrical distribution system and a designed motivational payment,subject to various operational constraints of the MCES.The motivational payment is the function of deviation of the resulting energy cost of a home in the second step from the desired cost obtained in the first step.The main idea of the proposed procedure is to consider the concerns of customers and the operator,simultaneously.This paper also addresses the uncertainties in renewable resources generation.The proposed procedure is simulated on a test energy system for various cases.The results show that as the level of customer participation in the proposed program is increased,the technical aspects of the integrated energy system are improved.In addition,the customers'costs are decreased by participation in the proposed program.
Demand responseenergy managementmulti-carrier energy systemstwo point estimation
School of Electrical and Computer Engineering,Shiraz University and with Shiraz Electrical Distribution Company,Shiraz 71946-84636,Iran(the Islamic Republic of)
School of Electrical and Com-puter Engineering,Shiraz University,Shiraz 71946-84636,Iran(the Islamic Republic of)
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