Research on Incentive Strategy of Time-of-Use Electricity Price for Large-Scale Industry Based on Demand Price Elasticity Matrix
The time-of-use electricity pricing mechanism is one of the most effective ways of price-based demand side response mechanisms.The implementation of time-of-use pricing can effectively suppress the fluctuation of distribution network load curve,thereby improving the reliability of distribution network oper-ation.This paper proposes a user response model based on the demand price elasticity matrix,which is based on the real daily load curve of large industrial users in a high-tech zone of a city in Anhui Province,and takes the"peak shaving and valley filling"effect of the load curve as the optimal goal to establish a peak-valley time-of-use price optimization model that can more fully reflect the load changes of large in-dustrial users in the urban power grid.A peak-valley time-of-use electricity price system for user demand side response is established,and the decision-making model is solved by particle swarm optimization(PSO).The authenticity and effectiveness of the proposed method are verified through numerical exam-ples,providing theoretical and technical support for the reliable operation of the distribution network and cost saving for large industrial users.
demand price elasticity matrixtime-of-use pricedemand side responsepower grid opera-tion
NETL
NSTL
万方数据
