浮动太阳能组件发电技术的出现

K. Dixit, Arti Badhoutiya
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引用次数: 0

摘要

浮动光伏(FPV)系统是一种可以在水体上发电的新技术。通过增值解决方案评估太阳能发电技术进步的现状和未来预期是至关重要的,特别是因为浮动光伏系统具有漂浮在水面上的设施。印度能源消耗量大,可用于太阳能光伏电站的城市废弃土地少,因此可以通过使用浮动光伏电站技术来捕获太阳能。为了实现可持续发展的目标,政府经常鼓励在水面上的浮动结构上建立浮动太阳能发电厂或太阳能电池阵列。印度是拥有约400条河流的幸运国家之一,这些河流对提高印度庞大人口的生计至关重要。本文包括印度太阳能的现状,以及其他主要国家预测未来广泛利用太阳能的可能性。讨论内容包括太阳能电池的布局、连接、电力输送、潜在的环境影响和沿海电力管理。这里简要地解释了FPV的结构及其正负两面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emergence of Floating Solar Module Energy Generating Technology
Floating photovoltaic (FPV) systems are a new technology that can be used to generate electricity on water bodies. It is crucial to assess the current state and future expectations for technological advancements for solar power generation with value-added solutions, particularly since floating photovoltaic systems have facilities that float on the surface.India, which has a high consumption for energy and a dearth of urban waste land for solar photovoltaic plants, can capture solar energy through the use of floating PV plant technology. To achieve sustainable objectives the establishment of floating solar plants, or solar arrays above floating structures on water bodies, is regularly encouraged by the government.India is among the blessed countries that have around 400 rivers, which are vital to enhancing the livelihood of a sizable population. This paper includes present scenario of solar energy in India along with other leading countries predicting the futuristic possibilities to utilize solar energy in wide. Discussions include the layout of solar cells, connections, power delivery, potential environmental effects, and coastal power management. The configuration of FPV's along with its positive and negative sides are briefly explained here.
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