Evaluation of Photovoltaic Penetration on System Grid with Minimum Loading Approach

Dawam Habibullah, Khin Moe Moe, Syafii Syafii
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Abstract

The Indonesian government has also set a target to increase the contribution of renewable energy in the national energy mix to 23% by 2025 and 31% by 2050. In this paper, an analysis of Maximum PV Capacity was used on the transmission network with a minimum loading approach using the Power Factory15.1 simulation. From the simulation that has been done, it can be seen that the placement of two PV location points gets better results than the placement of one PV location point. This can be seen that the feeder load for PV location point of 74.3%, while for two PV location points of 35.8% which value is still within safe limits, but for two PV location points get better results. PV trip state frequency values obtained for single location point and two PV location points get a result of 2% of 50 Hz which is still within safe limits.
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基于最小负荷法的光伏系统电网渗透评估
印尼政府还设定了一个目标,到2025年将可再生能源在国家能源结构中的贡献提高到23%,到2050年提高到31%。在本文中,使用Power Factory15.1仿真,分析了采用最小负荷方法的输电网络的最大光伏容量。从已经完成的仿真可以看出,放置两个PV定位点比放置一个PV定位点效果更好。由此可见,馈线负荷对于光伏定位点为74.3%,而对于两个光伏定位点为35.8%,其数值仍在安全范围内,但对于两个光伏定位点得到了较好的效果。单定位点和两个定位点的光伏脱扣状态频率值得到的结果为50 Hz的2%,仍在安全范围内。
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