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Study of voltage stability on photovoltaic integration into Lombok power system

机译:龙目岛电力系统光伏集成电压稳定性研究

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Photovoltaic(PV)is known as an intermittent energy source so that the impacts need to be calculated by the developer.In order to ensure the presence of PV does not cause the reliability of the system interrupted,developers are required to perform the stability study before the integration.In this paper,voltage stability study is done by using various PV capacities ranging from 5 MWp to 15 MWp in systems with a capable capacity of 90.79 MW using software ETAP 12.6.0.PV generation is set at the maximum site irradiance where power drop due to weather condition.The analysis shows the system stabilized in less than 50 seconds where the voltage disturbance does not exceed 10% for PV with a capacity of 5 and 10 MWp which is connected to a distribution network.Meanwhile,PV with a capacity of 15 MWp requires load release in order to regain stability.
机译:光伏(PV)被称为间歇能量源,从而需要通过开发人员计算的影响。为了确保PV的存在不会导致系统中断的可靠性,以前需要开发人员进行稳定性研究 本文通过使用软件ETAP 12.6.0.pv生成的最大站点辐照度,通过使用5 MWP的各种PV容量来完成电压稳定性研究,通过使用50.79mW的系统,使用能力为90.79 mW .PV的最大现场辐照度 由于天气条件,功率降。分析显示系统稳定在不到50秒的情况下,电压干扰对于PV的电压干扰不超过10%,其容量为5和10 MWP,其连接到分配网络。偶尔,PV 15 MWP的容量需要装载释放以重新获得稳定性。

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