LED/PV LIGHTING SYSTEMS FOR COMMERCIAL BUILDINGS DESIGN OF A SUSTAINABLE LED/PV SYMBIOTIC SYSTEM

机译：可持续LED / PV共生系统的商业建筑设计LED / PV照明系统

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The advantage of LED lighting is its low energy requirement: consumption of indoor lighting by LED on an annual basis can easily meet the energy produced by PV. Our aim is to develop a "sustainable symbiotic organism" which can produce its energy need for lighting and is balanced with the user's lighting wishes. We will apply an innovative approach by IDE (industrial design engineering), by considering the synergy of LED/PV for a lighting system. The LED/PV lamp is a standalone system, thought of as a spin-off product for present or future off-grid markets in Europe: particularly referring to the idea of energetic micro-grids at the urban scale, every building being a self-sustaining organism. This scenario can be defined as an "urban ecosystem". In this likely future urban ecosystem, self-sustaining socket-products (such as an LED/PV lamp) are part and parcel of the micro-grid. The results of our project are a quantified energy balance calculation and an autonomous lighting product that combines LED and PV technology.

机译：LED照明的优势是其低能量要求：每年由LED的室内照明的消耗可以很容易地满足PV产生的能量。我们的宗旨是制定“可持续的共生生物”，可以产生其能源需求的照明，并与用户的照明愿望平衡。我们将通过考虑LED / PV为照明系统的协同作用来应用IDE（工业设计工程）的创新方法。 LED / PV灯是一个独立的系统，被认为是欧洲目前或未来的离网市场的分拆产品：特别是指城市规模的能量微网的想法，每个建筑都是自我的维持有机体。这种情况可以被定义为“城市生态系统”。在这种未来的城市生态系统中，自维持插座产品（如LED / PV灯）是微电网的一部分和包裹。我们项目的结果是量化的能量平衡计算和结合LED和PV技术的自主照明产品。

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《European Photovoltaic Solar Energy Conference》|2009年||共6页
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作者
T. Gorter; A. H. M. E. Reinders; F. Pascarella; A. Merola; A. Scognamiglio;
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原文格式 PDF
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中图分类 TK51-53;
关键词
Building Integrated PV; Design; Sustainable; LEDs;

机译：建筑集成光伏;设计;可持续;LED;

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LED/PV LIGHTING SYSTEMS FOR COMMERCIAL BUILDINGS DESIGN OF A SUSTAINABLE LED/PV SYMBIOTIC SYSTEM

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