印尼光伏应用发展综述

R. Subarkah, G. Heryana, C. D. Widiawaty
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引用次数: 1

摘要

印度尼西亚位于赤道附近,拥有丰富的太阳能潜力。为了减少对化石能源的依赖,政府开始推广可再生能源;其中之一就是太阳能。政府制定了通过出台法规、与民间团体和外国合作等方式实施太阳能的战略。然而,光伏的普及程度相当低,需要民间投资的支持来鼓励。与此同时,政府必须更加积极地从技术、行政和财政的角度同步规则。本文介绍了印尼光伏发电的发展情况,对提高印尼光伏发电的利用率有一定的参考价值。太阳能电池板的生产也受到鼓励,此时民族工业已经能够生产出具有持续增加的本地成分的太阳能电池板。对光伏发电的主要功能进行了分析研究。例如用于家庭电力和街道照明等自动化系统。一些关于光伏/热的研究已经提出了光伏技术在吸收热量方面的其他优势。此外,还有一些潜在的挑战需要克服。利用热能和浮动光伏解决了土地面积不足的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Development of Photovoltaic Application in Indonesia: A Review
Indonesia has abundant solar energy potential because it is located near the equator. To reduce dependence on fossil energy sources, the government began to promote renewable energy sources; one of them is solar energy. The government has made a strategy for implementing solar energy by issuing regulations and also cooperating with private parties and foreign countries. However, the dissemination of photovoltaic are quite low and need to be encouraged by private investment support. At the same time, the government has to be more active in synchronising the rules in technical, administrative and financial point of views. This study presents the development of photovoltaic application in Indonesia which might be useful in improving the utilization of photovoltaic in Indonesia. The production of solar panels is also being encouraged, at this time the national industry has been able to produce solar panels with a composition of local content that continues to increase. The research to analyse the main function of photovoltaic for generating electrical power has also been carried out. For examples are for household electricity and street lighting and other automation systems. Additional advantages of photovoltaic technology to absorbing heat have been proposed in several studies on photovoltaic/thermal. Furthermore, there are some potential challenges to overcome. Those are the utilization of heat energy and the floating photovoltaic which solve the lacks of land area.
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