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Voltage curve developing of 220kV power plant based on the optimal voltage difference method

机译:基于最优电压差法的220kV发电厂电压曲线开发

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Based on the optimal allocation of reactive power load between a 220kV power plant and power systems to minimize the active power loss, this paper shows some key factors affecting the optimal reactive power of power plant. An evaluation index is proposed to reflect the relationship between the voltage magnitude of power plant and the reactive power flow of the system, i.e., the voltage difference between the high-voltage bus of power plant and the hinge bus. Then, by controlling the value of variables that affect the voltage difference, the paper adopts an optimal mathematical model to obtain the optimal voltage difference under different operation modes of power grids. After differently and uniformly dealing with the optimal voltage difference, the daily voltage control curve of power plant is optimally developed with rounding the predictive voltage curve of the hinge bus. The effectiveness of the method is verified by example results.
机译:基于220kV发电厂和电力系统之间的无功功率负荷的最佳分配,以最大限度地减少有源功率损耗,这篇论文显示了影响电厂最佳无功功率的关键因素。 提出评估指标以反映电厂电压电压与系统的电压幅度之间的关系,即电厂和铰链总线的高压总线之间的电压差。 然后,通过控制影响电压差的变量的值,该纸张采用最佳的数学模型来获得不同操作电网的最佳电压差。 在不同和均匀地处理最佳电压差之后,发电厂的日常电压控制曲线最佳地开发,舍入铰链总线的预测电压曲线。 通过示例结果验证该方法的有效性。

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