简介:Astudyonthefixed-concentratedhybridpanelusingreflector,ABSORBERTHICKNESSDEPENDENCEONCulnSe{sub}2BASEDSOLARCELLSPERFORMANCEUSINGCulnPRECURSORSSELENIZEDUSINGH{sub}2SeGAS,ACEDESIGNS:THEBEAUTYOFREARCONTACTSOLARCELLS,ActivatedCarbonCounterElectrodeforDye-sensitizedSolarCell,ADVANCEDSOLARCELLCONCEPTSFOR2020ANDBEYOND,ADVANCEMENTSINGalnP{sub}2/GaAs/GeSOLARCELLS-PRODUCTIONSTATUS,QUALIFICATIONRESULTSANDOPERATIONALBENEFITS,ADVANCESINHIGHTHROUGHPUTWAFERANDSOLARCELLTECHNOLOGYFOREFGRIBBON。
简介:""THEPERFORMANCEANDMODELLINGOF8PHOTOVOLTAICMATERIALSUNDERVARIABLELIGHTINTENSITYANDSPECTRA"";ACHARACTERISTICSSTUDYOFACdS:CuPHOTOCONDUCTIVEDETECTOR;ALUMINOUSCHARACTERISTICOFTHESOLARENERGYCELLWITHPHOSPHORESCENTSYSTEM;AMETHODFORINDUSTRIALCHARACTERISATIONOFCRYSTALLINESILICONWAFERS;AnewapproachbasedontheMSEOmodeltodeterminetherefractiveindexofmultiplequantumwells,withthepresenceofanelectricfieldperpendiculartothewelllayersasanaidtoQWSCdesign;ANEWAPPROACHOFGRAINBOUNDARYRECOMBINATIONINPOLYCRYSTALLINESILICON;ANEWSTATICCONCENTRATORPVMODULEWITHBIFACIALCELLSFORINTEGRATIONONFACADES:THEPVVENETIANSTORE.
简介:能源危机日趋严重,太阳能的研究与应用也愈来愈受到世界各国的重视。而在温度和太阳辐射能等一定情况下,太阳能电池板输出功率随着输出电压呈单峰曲线。采用最大功率跟踪(MPPT)技术能大幅提高电池板功率输出。另一方面,太阳能电池板接收的太阳辐射能,对太阳能电池板输出功率亦起到决定性作用。而目前很多太阳能照明应用中,未考虑对太阳能电池板输出的最大功率跟踪技术,且电池板的安装较为随意,对接收的太阳能辐射造成较大损失。本文提出太阳能应用中,采用MPPT技术和研究太阳能电池板安装方位角与倾角,提高太阳能电池板接收的太阳辐射能以提升电池板的功率输出,提高太阳能电池板的利用效率,优化太阳能照明应用。
简介:ANEWTHIN-FILMCuGaSe{sub}2/Cu(In,Ga)Se{sub}2BIFACIAL,TANDEMSOLARCELLWITHBOTHJUNCTIONSFORMEDSIMULTANEOUSLY,Anovelsimulationmethodforstand-alonePVgenerationsystems,Apowersupplyoflightsourcesforexperinaentalphotovoltaicsystems,Asimpleall-logicMPPTsystemforsolarcellbatterycharger
简介:半导体照明是21世纪最具发展前景的高科技领域之一,而太阳能作为永不枯竭的清洁可再生能源也将成为21世纪最理想的新能源。太阳能半导体照明是将二者合二为全的完美设计,本文分析了太阳能半导体的特点,应用领域,前景并对国内外太阳能半导体照明企业的发展状况进行了研究。