建筑一体化光伏发电系统

Prashant Kumar, Subir Biswas, S. Kumari
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引用次数: 7

摘要

本文叙述了可再生能源在发电领域的应用,即利用太阳能发电和建设新型集成光伏发电。随着世界面临能源短缺、全球气候变暖以及环境和能源恶化的严峻问题,可再生能源越来越受到人们的关注。太阳能是可比较的备选能源之一。太阳能广泛可用,而且是免费的。利用PV效应,太阳能可转化为直流电。我们也在试验静电的实际用途。本文对太阳能的利用和建筑太阳能墙系统进行了研究。发达国家已经开展了大量关于光伏/热(PVT)技术的研究和开发工作,但印度的情况并非如此。建筑综合光伏系统(BIPV)可以被认为是一种经济的系统,它利用光伏技术,除了能源生产之外,还为建筑提供诸如防风雨、隔热甚至结构强度等好处。发电通风系统在印度还没有发展起来。本文介绍了一系列的理论模型,并通过仿真和相应的实验验证了它们的适用性。利用MATLAB对太阳能墙系统模型进行了仿真。
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Building integrated photovoltaic generation system
This paper narrates an application of renewable source of energy in the area of generating electricity which is pollution free with the help of solar power and building newer models of integrated photovoltaic. As the world is facing critical problem of energy deficit, global warming and detoriation of environment and energy sources, renewable energy sources are getting more attention. Solar energy is one of the comparable candidates. Solar energy is widely available and it is free of cost. Solar energy can be converted into direct current electricity by PV effect. We are also trying on the practical usage of static electricity. In this paper, we study about the utilization of solar energy and building solar wall system. A significant amount of research and development work on the photovoltaic/thermal (PVT) technology has been carried out in developed nations, but that was not the case in India. Building integrated photovoltaic system (BIPV) can be considered as economical system by taking advantage of PV technology and providing benefits in addition to energy production like weatherproofing, insulation, and even structural strength to the building. Ventilation system with power generation is not been developed in India. A range of theoretical models have been introduced and their appropriateness validated by simulation as well as suitable experiments. The model the solar wall system is simulated in MATLAB.
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