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    • 1. 发明申请
    • Solar Power Panels, Arrays and Connection Systems
    • 太阳能电池板,阵列和连接系统
    • US20150068587A1
    • 2015-03-12
    • US14218840
    • 2014-03-18
    • Sandia Solar Technologies LLC
    • Henry L. Lomasney
    • H01L31/048H02S40/32H02S40/36
    • H02S30/10F24S25/10F24S25/11F24S25/40F24S2025/802H02S20/23H02S40/32H02S40/36Y02B10/12Y02B10/14Y02B10/20Y02E10/47
    • An integrated and enclosed solar photovoltaic power producing panels and method of producing alternating current electrical power that combines and integrates all electrical and electronic elements within a non-metallic and dual-insulated enclosure arrangement within which the DC output of each of these solar modules is converted to AC. The AC may be distributed within the dual insulated enclosure and subsequently between panels in an array. The panels may be comprised of a unitary non-metallic insulating housing that extends the length and width of the panel. This housing may enclose the DC circuitry, the inverter, a suitable alternating bus array for transferring the AC power within the module and contact means for interconnecting the AC output between multiple modules. Each of the AC interconnect components can optionally be connected into an array, whereby the output is coupled, and ultimately delivered to a terminal junction box. This AC interconnect component is configured such that it sustains the dual insulation feature. This dual insulated power producing apparatus can optionally be configured with a framing system that is easily installed and can be directly mounted to a roof surface with non-metallic brackets and railing structures that further contributes to the safety features of the installation, by providing a system that is electrically insulated, less prone to a lightning strike or to a fire hazard in the case of contact by a downed power line.
    • 集成和封闭的太阳能光伏发电板和产生交流电力的方法,其将非金属和双绝缘外壳布置中的所有电气和电子元件组合和集成,在这些外壳结构中,这些太阳能模块中的每一个的DC输出被转换 到AC。 AC可以分布在双重绝缘外壳内,随后分布在阵列中的面板之间。 面板可以由整体的非金属绝缘壳体组成,其延伸面板的长度和宽度。 该壳体可以包围DC电路,逆变器,用于传递模块内的AC电力的合适的交流总线阵列和用于互连多个模块之间的AC输出的接触装置。 每个AC互连部件可以可选地连接到阵列中,由此输出被耦合,最终传送到终端接线盒。 该AC互连部件被配置为使得其维持双重绝缘特征。 这种双重绝缘发电设备可以可选地配置有框架系统,其易于安装并且可以通过提供系统的系统来进一步有助于安装的安全特征的非金属支架和栏杆结构直接安装到屋顶表面 在电力线路接触的情况下,电绝缘,不容易发生雷击或火灾危险。