山东大学学报 (工学版) ›› 2021, Vol. 51 ›› Issue (3): 76-83.doi: 10.6040/j.issn.1672-3961.0.2020.527
柴庆发1(),孙守晶1,*(),邱吉福2,陈明2,魏振2,丛伟1
Qingfa CHAI1(),Shoujing SUN1,*(),Jifu QIU2,Ming CHEN2,Zhen WEI2,Wei CONG1
摘要:
为提高电网应急物资调配响应速度和电网抢修效率, 提出一种案例推理与深度学习相结合的电网气象灾害条件下的应急物资预测方法。以气象信息、电网设备数据和地理环境数据为输入信息, 利用案例推理方法确定预测模型输入、输出结构, 并根据不同输入信息的特点进行处理和量化, 利用深度置信网络完成案例适配, 综合事故规模信息建立动态电网应急物资预测模型。分析结果表明, 本研究提出的预测方法能够综合分析各类特征因素, 并结合事故规模建立与应急物资需求的关联关系, 对气象灾害条件下电网应急物资需求进行准确预测, 从而为高效准确的电网应急响应提供依据。
中图分类号:
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