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Thermal, electrical, and cost study of advanced optical photovoltaic thermal system (ADOPTS)

机译:先进光学光伏热系统(采用)的热,电气和成本研究

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In this paper, the Advanced Optical Photovoltaic Thermal System (ADOPTS) solar collector was thoroughly tested and analyzed in performance and cost analysis. The ADOPTS collector integrates optics within the PV/T device to enable geometric concentration, as well as a protection of the solar cells from the elements using the same encapsulation. The rooftop or facade mounted photovoltaic/thermal (PV/T) collector provides a low cost, two-in-one solution for residential/commercial hot water and electricity needs, while also providing a renewable energy option to reduce annual greenhouse gas emissions. The ADOPTS collector can provide 150 W-el/m(2) and 400 W-th/m(2), and prevent a total of 3916 kg of CO2/m(2) (or 4.3 tons CO2/m(2)) over a 20-year period. The collector provides a low cost option that delivers both heat and electricity for single or multifamily homes and commercial buildings to compete with current commercialized PV and thermal systems, while simultaneously preventing CO2 emissions and reducing the need for natural gas.
机译:本文在性能和成本分析中彻底测试和分析了先进的光学光伏热系统(采用)太阳能收集器。采用收集器集成了PV / T设备内的光学器件以使得几何浓度,以及使用相同的封装来保护太阳能电池的保护。屋顶或立面光伏/热(PV / T)收集器为住宅/商业热水和电力需求提供了低成本,双向解决方案,同时还提供可再生能源选择,以减少年度温室气体排放。采用收集器可提供150W-EL / M(2)和400W-TH / m(2),并防止总共3916kg CO 2 / m(2)(或4.3吨CO2 / m(2))超过20年的时间。收集器提供低成本选项,可为单人或多型家庭和商业建筑提供热量和电力,以便与当前商业化的PV和热系统竞争,同时防止二氧化碳排放和降低对天然气的需求。

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