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Analysis and evaluation of phtovoltaic integration impacts in Tunisian grid using PSSE

机译：PSSE突尼斯网格山顶集成影响的分析与评价

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This paper aims to study dynamic behavior of Tunisian grid's stability of the grid in the absence and in the presence of solar energy by simulating a short-circuit (SC) fault on the Tunisian grid without solar energy and with a percentage of 30% of solar energy by varying its integration in different regions (north, center, south). In order to evaluate the stability of the grid, it is necessary to study its behavior as a result of the given disturbances. Thus, in this current paper, we evaluated the stability of the voltage in the different buses of the electrical power grid by simulating a short circuit in different buses in different Regions in Tunisia(Rades, Sousse, Kairouan, Tataouine) as Rades is located in North, Sousse and Kairouan are in the center and Tataouine is in south of Tunisia. We determinate the critical fault elimination times of all the buses of the studied utility grid. The dynamic modeling of solar energy using a wind Turbine (WT) “type 4” approach as well as the static and dynamic modeling of the all the grid components. Furthermore, a set of scenarios was carried in this study in order to determine the critical time of fault elimination using PSS?E simulation environment, from which, the obtained results are performed and analyzed.
机译：本文旨在通过在没有太阳能的情况下模拟突尼斯网格上的短路（SC）故障以及太阳能的短路（SC）故障以及30 ％的百分比来研究突尼斯网格突然网格稳定性的动态行为。通过在不同地区（北部，中心，南方）改变其集成来实现太阳能。为了评估网格的稳定性，有必要根据给定的扰动研究其行为。因此，在本电流纸张中，我们通过模拟突尼斯（Rades，Sousse，Kairouan，Tataouine）的不同地区的不同公共汽车的短路来评估电力电网的不同总线中电压的稳定性北部，苏塞和凯鲁昂在中心，塔塔奥里斯在突尼斯南部。我们确定所研究的公用电网的所有总线的关键故障消除时间。使用风力涡轮机（WT）的太阳能动态建模“型4”方法以及所有网格组件的静态和动态建模。此外，在该研究中携带一组情景，以确定使用PSSΔe模拟环境来确定故障消除的临界时间，从中进行并分析所获得的结果。

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