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基于P-Q解耦的可用输电能力的计算分析
引用本文:周茜,彭建春.基于P-Q解耦的可用输电能力的计算分析[J].电力科学与工程,2005(3):5-7.
作者姓名:周茜  彭建春
作者单位:湖南大学电气与信息工程学院,湖南,长沙,410082
摘    要:作为计算输电网可用输电能力的一种重要方法,连续潮流法一直受到电力工作者的关注.文章在分析基于P-Q解耦潮流的ATC模型基础上,给出了ATC计算中预测和校正的详细算法.这种算法在迭代过程中以不变的系数矩阵和代替变化的雅克比矩阵B′和B",可以节省存储空间、提高计算速度.以IEEE14节点系统为例,文章分别运用基于P-Q解耦和牛顿-拉夫逊法的连续潮流法进行ATC计算,进一步验证了基于P-Q解耦法ATC计算方法的有效性.

关 键 词:可用输电能力  连续潮流法  P-Q分解法
文章编号:1672-0792(2005)03-0005-03
修稿时间:2005年7月2日

Analysis of ATC Calculation Based on P-Q Decomposition
ZHOU Qian,PENG Jian-chun.Analysis of ATC Calculation Based on P-Q Decomposition[J].Power Science and Engineering,2005(3):5-7.
Authors:ZHOU Qian  PENG Jian-chun
Abstract:As an important method of computing Available Transfer Capability in transmission network, the continuation power flow is always favored by electric operators. Based on the ATC model of P-Q decomposition, the method of predictor-corrector during computation of ATC is presented. In the iterative, the constant matrixB'and B" take the place of variable Jacobian matrix. It can reduce the requirements of storage capacity. The computation speed can be improved. The proposed method is applied to the IEEE14 bus system. Compared to the method based on Newton-Raphson, the result proves that the proposed method is valid.
Keywords:Available Transfer Capability  continuation power flow  P-Q method
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