极端气候影响与智能电网研究.pdfVIP

分散式发电与智能电网技术研讨会论文集—02 2010年11月20 日-23 日，海南⋅三亚 极端气候影响与智能电网研究 1 2 3 4 ， 4 候静梅 ，陈为化 ，华桦 ，华栋 ，陈皓勇 1、广东电网佛山供电局, 广东省, 佛山市, 528000 2 、湖北省电力公司, 湖北省, 武汉市, 430077 3、江西省电力试验研究, 自动化研究所, 江西省, 南昌市, 330096 4 、华南理工大学电力学院, 广东省, 广州市, 510040 摘 要：介绍了极端气候的基本概念与基本特点, 总结了若干种主要极端气候对电网安全运行的影响, 分析了近几年 我国极端气候的特点与危害, 在此基础上, 结合智能电网的基本概念与发展趋势, 提出了在智能电网的框架内, 当发 生极端气候等危机时, 通过充分发挥智能危机调度功能来防范与控制极端气候对于电网的影响. 关键词：电力系统, 极端气候, 智能电网, 危机调度 Impact of Natural Disasters And Research Of Smart Grid Hou Jingmei1, Chen Weihua2 , Hua Hua3, Hua Dong4, Chen Haoyong4 1. Foshan Power Supply Bureau, China Southern Power Grid Co.，Ltd. ，Foshan 528000 ，China ； 2. Hubei Electric Power Company, Hubei Wuhan 430077; 3. Automation Center，Jiangxi Electric Power Test Research Institute，Nanchang 330096 ，China; 4. School of Electric Power ，South China University of Technology，Guangzhou 510641，China..edu.cn Abstract: The main conceptions and charactors of extreme weather were introduced. The main effects extreme weather on the safe operation of power grids were summed up. The hazards of extreme weather occurred in China in recent years were analyzed. Based on those, the crisis dispatching concept was put forward combined with the basic concepts and the development trends of smart grid. When the crisis such as extreme weather happens, within the framework of the smart grid, crisis dispatching is effective for the prevention and control of the impact of extreme weather on the power grid. Key Words: Power system; Extreme weather;