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用于混凝土屋面防水层保护、保温隔热、发电的光伏组件初探 被引量:1

Exploration on thermal insulation, power generation solar module used for concrete roof waterproof layer protection
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摘要 光伏组件安装在防水高聚合物材料上属于建筑结构的一部分。多片光伏组件先串联后并联,并联后通过光伏直流电缆连接到防雷击汇流箱;从防雷击汇流箱通过光伏直流电缆连接到可充电蓄电池和DC-AC逆变器;从DC-AC逆变器通过交流电缆连接到负载。这种组件不但可以产生电力,还可以起到防水和隔热保温的作用。其使用寿命超过20年,作为普通防水材料的保护层,可以直接延长传统防水材料的使用寿命。 This solar module belongs to a kind of building structure component, installed on the waterproof high polymer material. Its features include electrical wires from solar modules to lightening proof junction box (several solar modules connection in series, several series connection in parallel), from lightening proof junction box to charging batteries and DC-AC inverter via electrical wires, from DC-AC inverter to AC power load. It can not only produce electricity but also perform the function of waterproof and heat insulation. The operating life of solar modules is more than 20 years. As a protection layer, it can directly prolong the service life of traditional waterproof material.
出处 《江苏建材》 2012年第4期21-23,共3页 Jiangsu Building Materials
关键词 光伏组件 发电 防水 保温隔热 保护层 solar module power generation waterproof heat insulation protection layer
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  • 1Ken-ichi Kimura. Solar architecture for the happiness of mankind[J]. Solar Energy, 1999,67(4 - 6) : 169--179.
  • 2Anne Grete Hestnes. Building integration of solar energy systems[J]. Solar Energy, 1999,67(4 - 6) :181--187.
  • 3Brinkworth B J, Cross B M, Marshall R H, et al. Thermal regulation of photovoltaic cladding [ J ]. Solar Energy, 1997,61 (3): 169--178.
  • 4Brinkworth B J. Estimation of flow and heat transfer for the design of PV cooling ducts[J ]. Solar Energy, 2000,69(5) :413--420.
  • 5Kattakayam T A, Srinivasan K. Experimental investigation on a series-parallel cluster of photovoltaic panels[ J ].Solar energy, 1997,61(4) :231--240.
  • 6Youichi Hirata, Tutomu Inasaka, Tatsuo Tani. Output variation of photovoltaic modules with environmental factors-- Ⅱ : Seasonal variation [J ]. Solar energy, 1998,63(3) : 185--189.
  • 7Ross J N, Markvart T, He W. Modelling battery charge regulation for a stand-alone photovoltaic system [ J ]. Solar Energy,2000,69(3) : 181--190.
  • 8Kroposki B, Marion W, King D L, et al. Comparison of rood-ule performance characterization methods[ A]. USA(Alaska): Proceedings of 28th IEEE PVSC[C], 2000,1407-1411.
  • 9Williams S R, Betts T R, Gottschalg R, et al. Evaluating the state of the art of photovollaic performance modeling in Europe[ A ]. Spain (Barcelona) : Proceedings of the 20th European Photovoltaic Solar Energy Conference[C], 2005, 1937-1941.
  • 10Thevenard D, Leng G, Martel S. The RE/Screen model for assessing potential PV projects [ R]. Canada(Montreal) : PV Horizon: Workshop on Photovohaic Hybrid Systems, 2001, 1626-1629.

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