Analysis of Power-Efficient High Torque Solar Tracker through PID Controller

W. Shah, Muhammad Waqas Khan, Rafiq Mansoor, Arshad
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引用次数: 2

Abstract

To provide a continuous supply of electricity, renewable energy resources, and smart technological innovation must be exploited, aiming to provide a long-term solution to the existing energy crises faced by today's world. The photovoltaic (PV) panels are deployed to receive solar energy from the sunlight and consequently convert it into electrical energy. The photovoltaic PV panel receives maximum solar radiation only when it is at 90° perpendicular to the sunlight, which is directly proportional efficiency of the system. If proper technique not used to collect the maximum amount of sunlight, solar PV generation can be a more expensive energy source as compared to conventional energy generation. The generated output power of PV panels depends on the quantity of solar energy they collect from sunlight, and this amount can be increased by exploiting tracking systems. The solar tracker tends to move PV panels perpendicular to sunlight radiations to collect the maximum amount of sunlight to increase the system's efficiency.
基于PID控制的节能高转矩太阳能跟踪器分析
为了提供持续的电力供应,必须开发可再生能源资源和智能技术创新,旨在为当今世界面临的现有能源危机提供长期解决方案。部署光伏(PV)板来接收来自阳光的太阳能,并将其转换为电能。光伏光伏板只有在与太阳光垂直90°时才能接收到最大的太阳辐射,这与系统的效率成正比。如果不采用适当的技术来收集最大量的阳光,太阳能光伏发电可能是一种比传统能源发电更昂贵的能源。光伏板产生的输出功率取决于它们从阳光中收集的太阳能的数量,而这一数量可以通过利用跟踪系统来增加。太阳能跟踪器倾向于移动垂直于阳光辐射的光伏板,以收集最大数量的阳光,以提高系统的效率。
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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