摘要
对于近年湖南省内出现的电力需求时差性越发凸显的问题,结合国内外的最新研究成果需求响应理论,针对用电量巨大的大工业负荷进行调查与研究,以湖南省大工业主要不同行业划分为基准,分别就各个工业类别的工作情况进行探究,以满足社会需求响应的能力。然后从峰谷划分、实时电价等方面优化其理论和模型,最后通过Origin仿真分析软件对湖南省大工业的实时数据给出优化结果。
Regarding the problem of the time difference and seasonal differences of power demand in Hunan province in recent years, this article will combine the latest domestic and foreign latest research results demand response theory to investigate and research the large industrial load with huge power consumption. Based on the division of major industrial sectors in Hunan province, the work of each industry category and the ability are investigated to implement demand response. Then the theory and model are optimized from the aspects of peak and valley division and real-time electricity price. Finally, the optimization results of real-time data of Hunan province’s large industry are given by means of origin simulation software.
作者
伍也凡
陈锦
张谜
刘浩田
邓凯
李达伟
WU Yefan;CHEN Jin;ZHANG Mi;LIU Haotian;DENG Kai;LI Dawei(State Grid Hunan Electric Pow-er Company Limited Economic&Technical Research Institute,Changsha 410004,China;Hunan Key Laboratory of Energy Internet Supply-demand and Operation,Changsha 410004,China;State Grid Changsha Pow-er Supply Company,Changsha 410015,China)
出处
《湖南电力》
2020年第4期7-12,共6页
Hunan Electric Power
基金
湖南省科技创新平台与人才计划(2019TP1053)。
关键词
大工业
需求响应
负荷特征
峰谷划分
实时电价
large industry
demand response
load characteristics
leak-valley division
real-time electricity price