基于区块链的电力系统稳控装置管理技术研究与应用

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范新野（1986—），男，工程师，主要从事电力系统分析及其自动化工作。

关键词：区块链；稳控系统；数据存证；一致性核查；可信追溯中图分类号：TM73 文献标志码：A 文章编号：2095-8188（2025）06-0060-09DOI： 10.16628/j .cnki.2095-8188.2025.06.010

Research and Application of Blockchain-Based Management Technology for Power System Stability Control Device

FAN Xinye'， LIU Jian’， QIAO Jibin’， LIU Dong² （1.Beijing Kedong Electric Power Control System Co.，Ltd.，Nari Group Corporation， Beijing l00192，China；2. China Electric Power Research Institute，Beijing 100192，China）

Abstract： In response to the control problems faced bythe current stabilitycontrol system，such as data being easily tampered with，records being difficult to trace，unreliabledataanddiffculties inupdating and synchronizing， the blockchain technology isutilized to introduce blockchain technologyinto the entire management processof stabilitycontroldevices tosolvethecontrol problemsof stabilitycontrol dataverification，certificationand traceability.Firstly，ablockchainarchitectureforthe stablecontroldevice management is designed.Secondly，the keytechnology research is conducted on the construction ofa stable control chain.Finally，through the experimental verificationand analysis，the performance of the stable control chain，such as certification effciency， consistencyverificationand consensus eficiency，is analyzed.Theresultsshow that the designed stable control chain has functionssuchas eficient certificationofkey business dataon thechain，trustworthy traceability and consistency verification，which can improve the level of safe and stable operation of the power grid.

Key words：blockchain；stability control system；data storage certificate；consistency verification; trustworthy traceability

0 引言

高压互联电网建设的不断深入，电网规模迅速发展，电网结构日益复杂，全国联网基本形成，从发输变电规模、联网紧密程度和系统稳定特性等多随着新型电力系统建设的不断推进，我国特方面来看，我国电网已发展成为世界上规模最大、结构最复杂、控制难度最大的电网[1-3]。（剩余7488字）