To solve these problems, this paper studied on the subjects of power flow algorithm.
针对上述问题，本文针对电力系统潮流计算进行了研究。
An optimal power flow algorithm based on nonlinear complementarity method is proposed.
提出了基于非线性互补方法的最优潮流算法。
It brings the conventional optimal power flow algorithm a great deal of difficulty and challenge.
这给常规优化潮流算法带来了很大的困难与挑战。
The calculation result on a 5 bus system shows that the new power flow algorithm based on constant load impedance can get more reasonable solution.
研究结果表明，电炉、电镀和电解等纯电阻性或近似电阻性负荷以恒定阻抗模型表示，潮流计算结果更加符合电力系统实际运行情况。
On the basic of the rectangular current-injecting power flow algorithm and practice of power system calculation, this paper presents the polar current-injecting power flow algorithm.
在直角坐标形式电流注入型潮流算法的基础上，结合电力系统的实际，推导出了极坐标形式的电流注入型潮流算法。
On the basic of the rectangular current-injecting power flow algorithm and practice of power system calculation, this paper presents the polar current-injecting power flow algorithm.
在直角坐标形式电流注入型潮流算法的基础上，结合电力系统的实际，推导出了极坐标形式的电流注入型潮流算法。
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