To provide a cladding structure using a solar battery-integrated cladding material, which can discharge water occurring on a rear surface of a solar battery due to various reasons, without retaining the same inside the cladding structure.
The cladding structure using the solar battery-integrated cladding material 1 is formed by laying the solar battery-integrated cladding material 1 which is obtained by fixing a solar battery 3 to a plate portion 21 of a cladding material 2 in one body, on a substrate of a building. The cladding material 2 has the plate portion 21 and molded portions 22, 23 arranged at least along a longitudinal direction of the cladding material, and the plate portion 21 has apertures 24 formed therein, for inserting accessories of the solar battery 3, and draining holes 25 formed therein on a lower side in a flowing direction, which are penetrated down to a rear surface of the cladding material. Further edges 26, 27 along a lateral direction of the cladding material 2 adjoining to each other in the longitudinal direction are located above a joint member 5 having a drain channel 51, and the draining holes 25 are located above a drain channel 51 of the joint member 5, and connected to each other.
COPYRIGHT: (C)2005,JPO&NCIPI
Koichi Kitamura
| JP2001090263A | ||||
| JP10183916A |
Shinichi Fukuda
Takemichi Fukuda