Design and Construction of Electric Socket Based Photovoltaic

Mohammad Fakhim Widadiy, A. Afandi, T. Hiyama
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Abstract

Human needs for energy are increasing but the level of fossil energy is getting depleted, making energy sources dwindling. alternative energy or renewable energy is needed. Indonesia has a lot of solar energy potential as much as 4.8 KWh/m2, this amount is equal to 112,000 GWp, but only about 10 MWp has been used. To maximize the potential of solar power, researchers carry out designs aimed at maximizing the potential of solar power, especially providing energy at shelters so that they have an independent energy supply and are not dependent on energy sourced from conventional energy. From the results of observations related to the electrical design of the socket at the bus stop with a photovoltaic basis, it was found that the total load affects the use of PLTS components, so it is necessary to determine the load first before the design process.
基于光伏电插座的设计与施工
人类对能源的需求正在增加,但化石能源的水平正在枯竭,使能源日益减少。需要替代能源或可再生能源。印度尼西亚的太阳能潜力很大,高达4.8 KWh/m2,这一数量相当于11.2万GWp,但只使用了约10 MWp。为了最大限度地发挥太阳能的潜力,研究人员进行了旨在最大限度发挥太阳能潜力的设计,特别是为避难所提供能源,使他们拥有独立的能源供应,而不依赖于传统能源。通过对具有光伏基础的公交车站插座电气设计的相关观察结果发现,总负荷影响PLTS组件的使用,因此在设计过程中需要先确定负荷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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