【摘要】 针对Matlab与C#混合开发潮流计算程序时平台间存在通信不便的问题,需要通过分析牛顿拉夫逊潮流算法在C#上的运行效率和可靠性,验证使用C#是否能更好的开发潮流计算程序,从而统一开发平台。选择在Visual Studio2013平台上,使用C#语言实现牛顿拉夫逊法潮流计算,并且对C#潮流计算的结果和运行时间与Matlab潮流计算的结果和运行时间进行对比分析。求解IEEE4系统的电网数据得出C#语言运算时间比Matlab要少55 ms,所求节点数据与Matlab所求出的数据相比,相差精度在10-5数量级。通过实验得出基于C#牛顿潮流算法可靠性高,运行效率高,可用于开发潮流计算程序。更多还原

【Abstract】 The Matlab and C# mixed development flow calculation program of communication problems between the platform and the inconvenience,it needs to run the efficiency and reliability of Newton Ralph Xun power flow algorithm in the analysis of the C#,and verify whether the use of C# can better develop the flow calculation program,then unify development platform. The result of C# language computing time is less than 55 ms Matlab when solve the grid data of IEEE4 system,the difference in accuracy of the node data by C# compared to the data obtained by Matlab in the 10-5 orders of magnitude. The experimental results show that the C# Newton power flow algorithm has high reliability and high efficiency. It can be used to develop the power flow calculation program.更多还原