A dynamic pricing method for power trading of new energy power grid considering carbon emission reduction
With the construction and promotion of greener grid,the old electricity marketing process is facing new challenges.Therefore,in order to suit the new requirements of electricity marketing,this paper proposes an electricity pricing method based on the careful consideration of regional carbon emissions.Firstly,consider the economic compensation of carbon emission reduction incentive and controllable load participating in peak regulation response,a load mobilization cost model considering carbon emission and peak regulation cost is established.Then,based on the idea of game theory,the demand-side controllable load and energy storage device are used as schedulable resources to construct a 1-K Stackelberg master-slave game decision model.Finally,the inverse induction method is attached to solve the model.We can see from the results that the proposed electricity pricing method of new energy power grid considering regional carbon emissions can promote the optimal operation of power system and realize the double improvement of efficiency and benefit of new distribution network.
electricity pricing methodcarbon-oriented demand responsemaster-slave game decision-making modelcomprehensive energy service providers
国家科技期刊平台
NSTL
万方数据
维普
