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Study on the Application of Infrared Thermovision Camera for Efficiency Analysis of Solar Cell

机译:红外热像仪在太阳能电池效率分析中的应用研究

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After Industrial Revolution, energy has been recognized as an important factor which enhances the motive power for industry in the industrial society. However, recently the excessive consumption of energy pursuant to the rapid expansion of industry created serious problems of the exhaustion of fossil fuels as well as unusual change in the weather due to the mass discharge of carbon dioxide. We can say that after all proposals will boil down to the development of New & Renewable energy. The most suitable source of energy for this required change is solar energy. The advantages of solar energy are that it is renewable, infinite supplied and environmentally safe energy source, and the method of energy supply is in small scale and is decentralized. However, solar energy related products have the problems such as the limitation for installation, problems in maintenance and insufficient reliability, which have been the barrier to consumers to satisfy the purchase need for solar heat related products. In this research will perform thermodynamic analysis through the application of infrared ray thermal imaging camera and will discuss about the applicability of solar energy system and other fields as well.
机译:工业革命后,能源已被认为是增强工业社会工业动力的重要因素。但是,近来,随着工业的迅速发展,能源的过度消耗造成了化石燃料的耗尽以及由于二氧化碳的大量排放而引起的天气异常变化的严重问题。我们可以说,毕竟所有提案都将归结为新能源和可再生能源的发展。进行此所需更改的最合适的能源是太阳能。太阳能的优点是可再生,无限供应和对环境安全的能源,而且能源的供应方法规模小且分散。然而,太阳能相关产品具有诸如安装限制,维护问题和可靠性不足之类的问题,这已成为消费者满足太阳能相关产品购买需求的障碍。在这项研究中,将通过使用红外线热像仪进行热力学分析,并将讨论太阳能系统和其他领域的适用性。

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