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Method of calculating power flow solution of a power grid that includes generalized power flow controllers

机译:包括通用潮流控制器的电网潮流解决方案的计算方法

摘要

A method to incorporate the steady-state model of the generalized power flow controller into a Newton-Raphson power flow algorithm adopts a flexible steady-state model of the generalized power flow controller, which can be applied to calculate the power flow solution of a power grid embedded with STATCOM, UPFC, GUPFC and the generalized power flow controller in a single framework. The method only incorporates the control variables of the shunt voltage sourced converter into the state vector of the Newton-Raphson power flow algorithm. The increment of the state variables due to incorporating the generalized power flow controller is less than the prior art. Further, the method can preserve the quadratic convergence characteristic of the Newton-Raphson power flow algorithm after embedding the generalized power flow controller into a power grid.
机译:一种将广义潮流控制器的稳态模型结合到牛顿-拉夫逊潮流算法中的方法,采用了广义潮流控制器的柔性稳态模型,可以用于计算电力的潮流解。在单个框架中嵌入了STATCOM,UPFC,GUPFC和广义潮流控制器的电网。该方法仅将并联电压源转换器的控制变量合并到Newton-Raphson潮流算法的状态向量中。由于结合了通用潮流控制器而导致的状态变量的增量小于现有技术。此外,在将广义潮流控制器嵌入电网之后,该方法可以保留牛顿-拉夫森潮流算法的二次收敛特性。

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