The sharing mode based energy storage trading mode can effectively reduce the investment cost and usage cost, and the characteristics of decentralization and trustlessness that it relies on are consistent with the trading characteristics of blockchain. A trading model of energy storage aggregator with combined energy storage sharing and energy self-operating mode is proposed with peer-to-peer trade. All the trade matching among users is carried out through smart contracts, and both energy storage leasing and energy purchase/sale are carried out in a single trading cycle, so as to shorten the trading cycle of users on the chain. In addition, the breach-of-contract penalty model and the breach-of-contract compensation model are established respectively for the breach-of-contract behavior of on-chain users. Finally, the simulation results based on Remix and MATLAB show that the trading model is feasible and effective in improving the convenience and economy.
ZHANG Wei, LU Xiang. Shared and Self-operated Multi-mode Trading Model of Energy Storage Aggregators with Peer-to-peer Trade[J/OL]. Automation of Electric Power Systems, http://doi. org/10.7500/AEPS20210304002.