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电力系统最小负荷功率裕度的快速求取
引用本文:王惠喜,胡林献.电力系统最小负荷功率裕度的快速求取[J].佳木斯大学学报,2007,25(4):487-489,491.
作者姓名:王惠喜  胡林献
作者单位:哈尔滨工业大学电气工程系,黑龙江哈尔滨150001
摘    要:从系统初始运行点出发,以雅可比矩阵最小奇异值对应的左奇异向量为初始负荷增长方向,用改进连续潮流法搜索电压崩溃点,再以该崩溃点雅可比矩阵零奇异值对应的左奇异向量作为新的负荷增长方向重新计算,直到负荷增长方向与崩溃点处崩溃点曲面的法线方向重合为止,从而得出了一种最危险的负荷增长方式和最小负荷功率裕度的快速求解方法,IEEE14节点系统实例计算验证了该方法的可行性.

关 键 词:连续潮流  最危险负荷增长方向  最近崩溃点  最小负荷功率裕度  电力系统  最小负荷  功率裕度  快速  Power  System  Margin  Load  Minimal  Method  of  求解方法  计算验证  节点系统  增长方式  法线方向  曲面  重新计算  最小奇异值  电压崩溃点  搜索  连续潮流法
文章编号:1008-1402(2007)04-0487-03
收稿时间:2007-04-27
修稿时间:2007-04-27

A Fast Solving Method of the Minimal Load Margin in Power System
WANG Hui-xi,HU Lin-xian.A Fast Solving Method of the Minimal Load Margin in Power System[J].Journal of Jiamusi University(Natural Science Edition),2007,25(4):487-489,491.
Authors:WANG Hui-xi  HU Lin-xian
Institution:School of Engineering and Automation, Harbin Institute of Technology, Harbin 150001, China
Abstract:In this article, from the initial operating point the authors search the voltage collapse point with the improved continuation power flow method. Using the left singular vector corresponding to the zero singular value of the Jaeobi matrix as the initial load increasing direction, and then use the left singular vector of the voltage collapse point just gotten as the new load increasing direction to recalculate till the load increasing direction coincides with the normal direction of the collapse hood face at the new voltage collapse point. Accordingly I put forward a fast solving method for the worst load increasing direction and the minimal load margin, and validate the feasibility of this method with the calculation of the IEEE14 system in the end.
Keywords:continuation power flow  the worst load increasing direction  the closest collapse point  minimal load margin
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