Solar cell module provided with a heat-fused portion
AssigneeCanon Kabushiki Kaisha
InventorsShigenori Itoyama, Takahiro Mori, Ichiro Kataoka, Satoru Yamada
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AssigneeCanon Kabushiki Kaisha
InventorsShigenori Itoyama, Takahiro Mori, Ichiro Kataoka, Satoru Yamada
Estimating the term…
A solar cell module comprising a solar cell encapsulated through a filler between a surface protective layer and a back face protective layer, characterized in that said surface protective layer is welded to said back face protective layer by way of heat fusion to provide a heat fused portion at at least a side end portion of said solar cell. The solar cell module may be provided with a moisture preventive layer disposed above the solar cell and under the surface protective layer. Further, the solar cell module may be provided with a back face reinforcing member disposed under the back face protective layer. The solar cell module excels particularly in moisture resistance and stably and continuously exhibits a desirable photoelectric conversion efficiency even upon repeated use over a long period of time under severe environmental conditions of high temperature and high humidity.
A solar cell module comprising a solar cell encapsulated via a filler between a front surface protective layer and a back face protective layer, and a back face reinforcing member disposed on a backside of said solar cell, characterized in that said front surface protective layer has a heat fused portion formed by way of heat fusion welding between said front surface protective layer and said back face protective layer at at least one side end portion of said solar cell module, and said back face reinforcing member has a bent portion situated outside said heat fused portion.
A solar cell module comprising a solar cell encapsulated via a filler between a front surface protective layer and a back face protective layer, and a back face reinforcing member disposed on a backside of said solar cell, said solar cell comprising a plurality of series connected solar cell elements, characterized in that said front surface protective layer has a heat fused portion formed by way of heat fusion welding between said front surface protective layer and said back face protective layer at at least one side end portion of said solar cell module, and said back face reinforcing member has a bent portion outside said heat fused portion.
A solar cell module comprising:
A solar cell module according to claim, 51, wherein the bent portion of the back face reinforcing member is formed by bending the back face reinforcing member at a solar cell-free end portion thereof, which is situated outside the heat fused portion.
A power generating device comprising a solar cell module having a pair of terminals and power wiring means connected to said pair of terminals, said solar cell module comprising:
A solar cell module for placement on a roof member, wherein said solar cell module comprises:
Dependencies are inferred from the claim text.