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Explores the collaborative use of automation control and energy storage technologies in smart grids, suggesting effective solutions for operational challenges.
本文围绕智能电网中自动化控制与储能技术的协同应用展开研究。首先阐述两类技术的基础理论,包括 自动化控制系统架构、控制方法及储能技术分类与性能指标;接着从提升电网稳定性、优化可再生能源消纳、提高电 网经济性三方面,分析协同应用的必要性;随后探讨协同控制策略、信息交互与通信技术、接口技术等关键技术;最 后提出系统规划设计、集成调试、运行管理维护的实施路径。二者协同能有效解决电网运行痛点,为智能电网高效稳 定运行提供技术支撑,具有重要实践价值。
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李宝健 (2026) studied this question.
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