Energy Costs Reduce in Energy-Efficient Buildings by Applying Single Axis Solar Tracker

N. Katrandzhiev, Nikolay Karnobatev
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引用次数: 1

Abstract

Different ways to increase the energy efficiency of buildings are constantly sought [1–5]. Green electricity use is the perfect logical addition to an energy efficient building. Such electricity can be obtained from sunlight using a photovoltaic panel. Most photovoltaic panels have a CPA approximately 20%, reached at 25°C. It means that at the outlet on the panel surface the transformed electrical energy is maximum 20% of the solar energy. The panel should have a temperature 25°C and be perpendicular to the sun's rays in order to use all of the panel's capabilities. These conditions can be achieved with a sun monitoring system. That publication reveals the creation of such a system.
应用单轴太阳能跟踪器降低节能建筑的能源成本
人们不断寻求提高建筑能效的不同途径[1-5]。绿色电力使用是节能建筑的完美逻辑补充。这种电可以通过光伏板从太阳光中获得。大多数光伏板的CPA约为20%,达到25°C。这意味着在面板表面的出口处转换的电能最大为太阳能的20%。面板的温度应为25°C,并垂直于太阳光线,以便使用面板的所有功能。这些条件可以通过太阳监测系统来实现。该出版物揭示了这样一个系统的创建。
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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