面向电力现货市场的建筑用户侧分布式交易机制研究OA

With the deepening of power system reform and the advancement of the"Dual Carbon"goals,as the core nodes of urban energy systems,buildings are gradually transforming from passive energy consuming terminals to active prosumers with regulation capabilities,making their direct participation in electricity spot markets an inevitable trend.This paper explores the distributed trading mechanisms for building users in electricity spot markets.Firstly,it outlines the evolution from passive response to multi-level market architectures,including Peer-to-Peer(P2P)trading and virtual power plant(VPP)aggregation.Secondly,it analyzes the dynamic gaming strategies and cost optimization algorithms for building microgrids based on real-time pricing(RTP).Finally,the application of key digital technologies such as blockchain,edge computing,and artificial intelligence in ensuring transaction trust and supporting decision-making is discussed.The paper concludes by identifying current challenges in standardization and data security,providing theoretical references for the digital transformation and low-carbon development of building energy management.