Blockchain-Based Intelligent Interconnection System Optimization Decision

Abstract

This article conducts a comprehensive analysis of the relevant content of blockchain; blockchain is a new field that has only emerged in recent decades, and it has a high level of new energy that cannot be compared with other fields. This article proposes the advantages and disadvantages of blockchain and the current factors that trigger network security defense. A multimicrogrid customer transaction system under the blockchain technology is also proposed. We will illustrate the compatibility between multimicrogrid and blockchain, which is self-adaptive and can be adjusted in time with market changes. Third, in order to ensure the normal operation of the distribution network, a smart contract dynamic constraint scheme is designed for power flow constraints and voltage offset problems. Multimicrogrid system as energy interconnection research on multiagent competitive game on multimicrogrid system is crucial to the development of energy Internet technology. Blockchain-based decision-making systems exist based on a comprehensive analysis of the needs and interests of microgrid operators, large users, and distributed aggregators. For the complex problem of multimicrogrid system competition game model, a suitable solution method (IACO) is proposed. The model and solution algorithm established by the experiment are accurately analyzed, and the simulation result is that the optimal electricity price strategy in the subdivision field can effectively balance the interests of different market players and achieve win-win and coordinated development. Experiments show that IACO can deal with the multiple problems of blockchain.