基于区块链的智能物联电能表功能模组设计

Blockchain-based Function Module Design of Smart IoT Electricity Meter

随着数字化主动电网建设的不断推进和落实,智能电能表的传统功能已经无法满足多主体能源及交易数据在交互、隐私保护等方面的新要求。文中设计了一款基于区块链技术的智能物联电能表扩展功能模组,结合模组化架构和区块链技术,实现智能物联电能表设备信息和数据信息的上链,数据加密和分布式存储,提升数字化主动电网中各参与主体之间的可信互认,搭建了智能物联电能表上链测试系统,通过测试验证了基于区块链技术扩展模组的兼容性和正确性。

With the continuous advancement and implementation of digital active power grid construction,the traditional functions of smart electricity meters can no longer meet the new requirements of multi-agent energy and transaction data in terms of interaction and privacy protection.This paper designs a smart IoT electricity meter extended function module based on blockchain technology,by combining modular architecture and blockchain technology,smart IoT electricity meter device information and data information are connected to the blockchain,and achieved data encryption and distributed storage,enhancing the credible mutual recognition among the participants in digital active power grid.This paper designs and builts a smart IoT electricity meter on-chain test system,tested to verify the compatibility and correctness of the expansion module based on blockchain technology.