首页> 外文会议>35th IEEE Photovoltaic Specialists Conference >IBIS (Integrated Blanket/Interconnect System), Boeing's solution for implementing IMM (Inverted Metamorphic) solar cells on a light-weight flexible solar panel
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IBIS (Integrated Blanket/Interconnect System), Boeing's solution for implementing IMM (Inverted Metamorphic) solar cells on a light-weight flexible solar panel

机译:IBIS(集成式毯子/互连系统),波音公司的解决方案,用于在轻巧的柔性太阳能板上实现IMM(倒置变质)太阳能电池

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Boeing has assembled a team of industry experts to develop a compact, flexible solar panel which will allow first to market implementation of next generation Inverted Metamorphic (IMM), 33% efficient solar cells for space. Under the IBIS (Integrated Blanket/Interconnect System) program, IMM solar cells will be integrated into modular solar cell assemblies that can be further assembled into a roll or fold-out blanket, compatible with Boeing's HPSA solar array deployment system. Such an array will provide unprecedented increases in power and an order of magnitude reduction in mass and stowage volume. IBIS, HPSA, and DARPA FAST (concentrator solar array) are part of a coordinated plan to deliver Boeing's next generation of high power solar arrays.
机译:波音公司已经组建了一个由行业专家组成的团队,以开发一种紧凑,灵活的太阳能电池板,这将使该公司率先在市场上实施下一代倒置变质(IMM),空间效率为33%的太阳能电池。根据IBIS(集成式毯子/互连系统)计划,IMM太阳能电池将集成到模块化太阳能电池组件中,该组件可进一步组装成卷状或折叠式毛毯,与波音公司的HPSA太阳能电池阵列部署系统兼容。这样的阵列将提供前所未有的功率增加,并减少质量和积载量一个数量级。 IBIS,HPSA和DARPA FAST(聚光太阳能电池阵列)是交付波音下一代大功率太阳能电池阵列的协调计划的一部分。

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