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A new load model suitable for transient stability analysis with large voltage disturbances

机译:适用于大电压扰动暂态稳定分析的新型负载模型

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Load model has great impacts on the power system simulation results, while in transient stability analysis the traditional load models have some disadvantages which can't describe the load shedding characteristic when low voltage disturbances happened. Thus, a new load model is proposed in this paper after the investigation of the field measurement data and the load characteristics of some equipment under low voltage. Several new parameters describing the load shedding characteristic are provided in the new load model which can be derived by identifying the field data. With these new parameters, the load difference caused by the load shedding during the low voltage disturbances can be well illustrated. The improved load model has larger application ranges and better properties in describing the nature of the load dynamic behaviors during the transient stability analysis which also improves the reliability of the simulation. The field measurement data illustrate its efficiency.
机译:负荷模型对电力系统的仿真结果有很大的影响,而在暂态稳定性分析中,传统的负荷模型有一些缺点,无法描述发生低电压干扰时的减载特性。因此,在研究了现场测量数据和某些设备在低压下的负载特性后,本文提出了一种新的负载模型。在新的负载模型中提供了几个描述减载特性的新参数,这些参数可以通过识别现场数据来推导。使用这些新参数,可以很好地说明低电压干扰期间由于负载减少而导致的负载差异。改进后的负荷模型在描述暂态稳定分析过程中负荷动态行为的性质时,具有较大的应用范围和较好的性能,从而提高了仿真的可靠性。现场测量数据说明了其效率。

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