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Photosynthesis of plant and Photovoltaic integrated application of buildings

机译:植物和光伏综合应用的植物光合作用

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As the most important means of solar energy application, photovoltaic performance has significant impact on human energy systems, much like the role of photosynthesis in the plant of ecosystem. In this aspect, photovoltaic and its integration with building and urban ecosystem are related to the theory of ecology, and the balance between society and nature. This paper puts forward the bionic conception of plant and on the basis of the recent researches on photosynthesis to interpret current solar utilization methodologies, especially the building integrated photovoltaic (BIPV), and the BIPV impact on urban environment. Based on the performance evaluation of the new photovoltaic module with green electricity, heating and cooling poly-generation, a hint was given that eco-solar buildings need learn from the process of photosynthesis of plants and the closed cycle of nature.
机译:作为太阳能应用最重要的手段,光伏性能对人能源系统产生了重大影响,就像光合作用在生态系统植物中的作用一样。在这方面,光伏及其与建筑和城市生态系统的集成与生态学理论有关,社会与自然之间的平衡。本文提出了植物的仿生概念,并在最近的光合作用研究的基础上解释了当前的太阳能利用方法,特别是建筑集成光伏(BIPV),以及对城市环境的BIPV影响。基于绿色电力,加热和冷却多代的新型光伏模块的性能评估,提示了生态太阳能建筑物需要从植物光合作用过程中学习和自然封闭的循环。

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