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Transmission power system dynamic mathematical model based on synchronized measurements

机译:基于同步测量的输电系统动态数学模型

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The operation and control of electric power system highly depends on knowledge of current-voltage conditions. Therefore, dynamic mathematical model of transmission power system was developed in order to theoretically research the dynamic conditions of the transmission power system during normal and abnormal operating conditions. To build the mathematical model of the transmission power system, synchronized phasor measurements form the Phasor Measurement Units were used and a dynamic picture of the conditions in the power system was created according to typical operating events. Additional validation of the mathematical model was made by using MatLab calculations. Furthermore, relevant events were used for fine tune-up of the dynamic mathematical model of the transmission power system. Example of proposed dynamic modeling was performed on Croatian power transmission system.
机译:电力系统的运行和控制高度依赖于电流-电压条件的知识。因此,开发了输电系统的动态数学模型,以从理论上研究输电系统在正常和异常工况下的动态状况。为了建立输电系统的数学模型,使用了相量测量单元的同步相量测量,并根据典型的运行事件动态绘制了电力系统中的状况。通过使用MatLab计算对数学模型进行了额外的验证。此外,相关事件被用于微调输电系统的动态数学模型。在克罗地亚电力传输系统上执行了建议的动态建模示例。

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