To provide a solar cell module which is capable of preventing electric power from being outputted through an output cord when the solar cell module suffers a fire, and making an operator, who carries out a removing operation, to prevent receiving an electrical shock due to touching the output cord of the solar cell module, when the solar cell module is in a fire or after a fire has been extinguished.
When a solar cell module 1 suffers a fire, heat is conducted up to a temperature fuse unit 5 through output cords 4a and 4b which come down from the solar cell module 1, the temperature fuse of the temperature fuse unit 5 is heated and fused, and the output cord 4a is cut off at a halfway point. Through this setup, electric power outputted from the solar cell module 1 is transmitted only to a halfway point, so that the possibility of an operator receiving an electrical shock when he touches the output cords 4a and 4b is reduced.
TANAKA SATOSHI
SUGITA JUN
FUJII SATORU
SHIBUYA NORIAKI
MORIOKA NOBUYUKI
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