| 摘要 |
<P>PROBLEM TO BE SOLVED: To provide a fastening structure of a solar battery cell which can prevent the solar battery cell with electrodes from being peeled from an adhesive layer, and for suppressing deterioration of heat radiation, even when it is peeled. <P>SOLUTION: Two plate springs 24 are placed on a part positioned on a pair of edges 20a of a lining board 20 protruding from a solar battery cell 14 in a lower lead electrode 18, and both ends of the plate spring 24 are fixed to a heat-radiating base with a screw 26. Thus, even if the lining board 20 pushes the plate spring 24 upward, in order to deform to a direction (upper side in Figure) where it is isolated from the heat-radiating base, since the lining board 20 is pressurized to the heat-radiating base side with an elastic force applied to a plate spring 24, the lining board 20 can be restrained from deforming in the direction where it is isolated from the heat-radiating base. <P>COPYRIGHT: (C)2005,JPO&NCIPI |
