With the popularization and large-scale use of electric vehicles,tram charging has had a significant impact on the stability of the distribution network.The article analyzes the characteristics of electric vehicle charging,the impact mechanism of charging load on distribution network stability,as well as existing problems and challenges,and proposes an optimization method for distribution network stability scheduling,mainly including establishing an electric vehicle charging load prediction model and designing an optimization strategy for distribution network load balancing.At the same time,methods for optimizing the layout of charging facilities were explored,aiming to improve the coverage and efficiency of charging services by optimizing the geographical location and number of charging stations.By combining simulation and experimental verification,the effectiveness of the optimization algorithm proposed in the article was evaluated,and the feasibility and stability of the algorithm in practical applications were verified.The study of this article provides in-depth theoretical analysis and practical solutions for the impact of electric vehicle charging on the stability of distribution networks,and provides important references for improving the stability of distribution networks.It has practical guidance significance for distribution network operators and electric vehicle users.
electric vehicle chargingdistribution network stabilitydispatch optimizationload forecastingsimulation verification
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