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Voltage stability facing the rare events using a load shedding based on a two sensitivity degrees calculation

机译:基于两个灵敏度度计算的减载,应对罕见事件的电压稳定性

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The electrical network stability and in particular the voltage one, facing to serious faults, represents one of the major preoccupations of electricity companies since these faults can destroy the voltage quality and even lead to a voltage collapse phenomenon. To avoid such phenomenon we proposed a curative defense method based on the load shedding and this by the use of two sensitivity model calculations. The first model consists in evaluating the load quantity to be shed in relation to the injected active power sensitivity at a bus compared to the voltage level at different network buses, while the second model is based on the voltage sensitivity compared to the reactive power at different network buses. Numerical simulations improved the efficiency of the suggested strategies.
机译:电网的稳定性,尤其是面临严重故障的电压稳定性,是电力公司的主要任务之一,因为这些故障会破坏电压质量,甚至导致电压崩溃现象。为了避免这种现象,我们提出了一种基于减载的治愈性防御方法,并通过使用两次敏感性模型计算来实现。第一个模型在于,与不同网络总线上的电压水平相比,评估相对于总线上注入的有功功率灵敏度而言要减少的负载量,而第二个模型是基于与不同网络上的无功功率相比,电压灵敏度网络总线。数值模拟提高了所建议策略的效率。

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