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    • 4. 发明申请
    • INTEGRATED SOLAR PHOTOVOLTAIC AC MODULE
    • 集成太阳能光伏交流模块
    • WO2010144637A1
    • 2010-12-16
    • PCT/US2010/038057
    • 2010-06-09
    • SOLAR INFRA, INC.ALSTON, William, W.MOSS, S., EliseHOLMBERG, Stephen, P.HOLMBERG, Larry, C.
    • ALSTON, William, W.MOSS, S., EliseHOLMBERG, Stephen, P.HOLMBERG, Larry, C.
    • H01L25/00
    • H05K7/1432H02M7/003H02S30/10H02S40/32Y02E10/56
    • An integrated solar photovoltaic AC module and related methods are described in which the positional, mechanical, and thermal relationships among a micro-inverter, a solar panel body, and a mounting frame are optimized such that an advantageous combination of mechanical integrity, thermal stability, and durability is provided, while also keeping overall system costs down, keeping overall system weight low, and providing a clean visual look. In one preferred embodiment, the micro-inverter is mounted underneath the solar panel body on a plate member or flange member that extends between two or more side rails of a supporting frame of the solar panel body. An air gap is maintained between the micro-inverter and the solar panel body sufficient to inhibit thermal crosstalk therebetween. The plate or flange member is securably affixed to the two or more side rails of the frame in a manner that enhances lateral shear stability of the frame.
    • 描述了一种集成的太阳能光伏交流模块及相关方法,其中微逆变器,太阳能电池板主体和安装框架之间的位置,机械和热关系被优化,使得机械完整性,热稳定性, 并提供耐用性,同时保持整体系统成本降低,保持整体系统重量低,并提供清洁的视觉外观。 在一个优选实施例中,微逆变器安装在太阳能电池板主体下面的板件或凸缘部件上,该板件或凸缘部件在太阳能电池板主体的支撑框架的两个或更多个侧轨之间延伸。 在微逆变器和太阳能电池板体之间保持足够的空气间隙,以防止它们之间的热串扰。 板或凸缘构件以增强框架的横向剪切稳定性的方式牢固地固定到框架的两个或更多个侧轨。