基于区块链的微电网能源组合交易机制OA

This study aims to construct an efficient,decentralized microgrid energy trading model using blockchain technology,while optimizing the benefits of energy trading participants.Addressing the limitations of traditional energy trading models,which are restricted to single-energy transactions,and the risks faced by single microgrid operations,a multi-energy combination trading strategy and multi-agent joint trading approach are employed to enhance market flexibility and the microgrid's resilience.By incorporating blockchain-based smart contracts,the study optimizes the traditional energy trading model and applies a distributed energy optimization algorithm to solve system optimization issues in microgrids.This approach achieves the optimal energy combination trading while maximizing the benefits of participants,ensuring optimal allocation of tradable energy in the energy market.Finally,a feasible simulation environment is built in an Ubuntu system using the Ethereum network and Ganache.Experimental results demonstrate that the optimization of microgrid benefits through the multi-energy combination trading strategy is both feasible and effective.