Research On Collaborative Optimization Model Of Photovoltaic-Storage Value Chain Based On Energy Blockchain

In recent years,the problems of depletion of traditional energy and environmental pollution have become increasingly prominent,and clean energy represented by photovoltaics has gradually attracted attention.The development of photovoltaics has become an important driving force for energy transformation.However,due to the volatility and randomness of photovoltaic power generation,photovoltaic development is faced with serious problems of curtailment and curtailment,hindering the development of photovoltaic industry.With the application of energy storage technology,its instantaneous response and precise control ability can promote energy and power balance.The decentralization and information sharing characteristics of the energy blockchain can promote the intelligent improvement of the traditional energy subject interaction mode and improve the efficiency of resource utilization.Therefore,in the context of energy blockchain,this paper aims at the collaborative optimization of the optical storage value chain,and constructs an optical storage value chain based on the energy blockchain.From the perspective of solar energy storage value chain capacity management,information management and benefit management collaborative optimization,the aim is to improve the utilization efficiency of photovoltaic resources and realize the value added and value creation of the solar energy storage value chain.This paper firstly defines the basic connotation and framework structure of the optical storage value chain on the basis of analyzing the development status of optical storage and blockchain,analyzes the supporting role of the blockchain,and discusses the necessity of collaborative optimization and optimization.Lay a theoretical foundation for follow-up research;Secondly,a photovoltaic-hybrid energy storage system is designed,and the operation strategy,component model and energy management model of the system are proposed by using the energy blockchain smart contract and consensus mechanism,and the ISOPSO algorithm is used to solve the optimal capacity synergy.The optimal configuration verifies the feasibility and economy of the constructed model;Thirdly,the goal and influencing factors of information collaboration are analyzed,the information collaboration mode based on energy blockchain is discussed,and the information collaboration evolutionary game model is proposed,and the stakeholder cooperative transaction game process under the information collaboration mode is discussed.,discusses the positive effect of information synergistic optimization for promoting valueadded;Finally,a benefit collaboration framework is designed based on the idea of blockchain,and a GRU-improved Shapley benefit collaboration optimization model is proposed based on the influencing factors of benefit collaboration distribution.The impact of synergistic optimization of interests verifies that it can effectively promote the value-added value of the solar-storage value chain.The research in this paper provides a theoretical basis for the collaborative optimization of capacity management,benefit management and information management for promoting photovoltaic consumption,enhancing the value of energy storage systems,and improving the value creation and appreciation of the energy storage value chain based on energy blockchain.The chain technology provides a reference for realizing the collaborative optimization of the optical storage value chain.The topic of this paper not only has theoretical significance,but also has important application prospects and practical significance.