中国电机工程学报2012，Vol.32Issue(13)：I0007-I0007,1.
Allocation Methodology of Multiple SVCs Considering Operation Scheme Changing
Allocation Methodology of Multiple SVCs Considering Operation Scheme Changing
XIONG Haoqing 1TANG Yong 2ZHANG Xiaohua 1MENG Yuanjing 1LIU Yuexin 1FU Hongjun 1SUN Huadong 2YI Jun 2XIONG Chuanping1
作者信息
- 1. Henan Electrical Power Company
- 2. China Electric Power Research Institute
- 折叠
摘要
Abstract
Static var compensator （SVC） devices can effectively prevent the voltage collapse of a power system, because of its characteristics of quickness and flexibility. Since the model analysis using the Jpo in the Jacobi submatrix considers the effects on voltage stability of both active load and reactive load, it is superior to the V-Q sensitivity analysis in terms of mathematical theory. Furthermore, the participation factor figure by virtue of the modal analysis method is able to establish the relationship among nodes of network topology and improve the influence degree of the crisis modal, and therefore the modal analysis is widely used in the allocation of SVCs. In the recently years, many researchers have tried to build the second order analysis method of modal analysis.关键词
SVC/配方法/静止无功补偿器/模态分析/Jacobi/网络拓扑结构/灵敏度分析/电压崩溃Key words
normal form/initial condition/critical operation scheme/second order participation factor/static var compensator(SVC) allocation/purturbed equation分类
信息技术与安全科学引用本文复制引用
XIONG Haoqing,TANG Yong,ZHANG Xiaohua,MENG Yuanjing,LIU Yuexin,FU Hongjun,SUN Huadong,YI Jun,XIONG Chuanping..Allocation Methodology of Multiple SVCs Considering Operation Scheme Changing[J].中国电机工程学报,2012,32(13):I0007-I0007,1.
