柔性光伏组件用一体透明前板材料的可靠性分析OACSTPCD
Reliability Analysis of Integrated Transparent Front Panel Materials for Flexible Photovoltaic Modules
目前行业内柔性光伏组件类型较多,尤其在前板材料的选择和搭配设计上大多采取多层结构叠加方式,这种结构增加了生产流程和生产成本,同时也增加产品可靠性脱层风险等,在此背景下柔性一体透明前板材料应运而生,但产品的长期可靠性亟待评估.文章为评估新型柔性一体透明前板的可靠性,选取柔性一体透明前板和市场上应用的叠加结构板两种材料进行关键性能研究与对比,得出柔性一体透明前板的透光率和耐老化性能优于叠加结构板,对光伏组件功率输出更高,可靠性更优异;其次,柔性一体透…查看全部>>
At present,there are many types of flexible photovoltaic modules in the industry,especially in the selection and matching design of front panel materials,mostly adopting multi-layer structure superimposition mode,which increases the production process and production cost,and also increases the product reliability demaglination risk,etc.Under this background,the flexible integrated transparent front panel material should come into being,but the long-term reli…查看全部>>
张银环;姜倩;唐兰兰
青海黄河上游水电开发有限责任公司西安太阳能电力分公司,陕西西安 710100青海黄河上游水电开发有限责任公司西安太阳能电力分公司,陕西西安 710100青海黄河上游水电开发有限责任公司西安太阳能电力分公司,陕西西安 710100
柔性光伏组件一体透明前板可靠性
flexible photovoltaic moduleone-piece transparent front panelreliability
《合成材料老化与应用》 2023 (6)
27-30,4
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