基于智能合约的多微电网市场化交易模型及算法

针对传统的输配电网络集中方式管理运行存在的成本高、效率低、透明度低等问题,及多微电网中各博弈主体利益最大化需求,建立公平的竞价规则及多目标动态规划模型。利用区块链可信账本和智能合约技术,形成去中心化、透明开放、信息对称的市场化交易模型,保证各方主体利益。对所构建的交易模型及求解算法进行仿真分析,结果表明,模型分配策略可有效平衡市场主体利益,验证了该竞价规则在多微电网市场化交易场景下具有适用性和有效性。

Multi-microgrid marketized transaction models and algorithms based on smart contracts

Facing the problems of high cost,low efficiency and low transparency existing in the traditional transmission and distribution networks under the centralized management,and the demand for maximizing the interests of all players in the multi-microgrid system,a fair bidding rule and multi-objective dynamic planning model were established.Using blockchain trusted ledger and smart contract technology,a decentralized,transparent,open and information symmetrical market-oriented transaction model was established to ensure the interests of all parties.The simulation results show that the model allocation strategy can effectively balance the interests of market participants,and verify the applicability and effectiveness of the bidding rules in multi microgrid market-oriented transaction.