Solar cell module, solar cell array and sunlight power generation apparatus

A solar cell module comprising:

• a plurality of solar cells enclosed therein,
• an electric wiring member electrically connected to said solar cells;
• a heat-sensitive circuit cut-off means which has a functionally divided structure comprising a heat-sensitive means and a circuit cut-off means and which cuts an electric connection between said solar cells and said electric wiring member when heat with a temperature which is higher than a breaking temperature of said heat-sensitive circuit cut-off means is applied on said heat-sensitive circuit cut-off means;
• a backside covering material on a non-light receiving side of said solar cell module;
• and
• at least a member selected from the group consisting of a frame body, a terminal box and an electrically connecting connector at a periphery of said solar cell module;
• wherein said electric wiring member is capable of being maintained in an electrically cut-off state after said electric connection is cut;
• and
• wherein at least one of said backside covering material and said member is provided with said heat-sensitive circuit cut-off means.

A solar cell array comprising a plurality of solar cell modules electrically connected with each other by means of an electric connection means having an electric wiring member, each of said plurality of solar cell modules comprising:

• a plurality of solar cells enclosed therein, said solar cells being connected to said electric wiring member;
• and
• a heat-sensitive circuit cut-off means which cuts off said electric connection means when heat with a temperature which is higher than a breaking temperature of said heat-sensitive circuit cut-off means is applied on said heat-sensitive circuit cut-off means;
• wherein said electric wiring member is capable of being maintained in an electrically cut-off state after said electric connection means is cut off.

A solar cell array comprising a plurality of solar cell modules electrically connected with each other by means of an electric connection means having an electric wiring member, each of said plurality of solar cell modules comprising:

• a plurality of solar cells enclosed therein, said solar cells being connected to said electric wiring member;
• and
• a heat-sensitive circuit cut-off means which has a functionally divided structure comprising a heat-sensitive means and a circuit cut-off means and which cuts off said electric connection means when heat with a temperature which is higher than a breaking temperature of said heat-sensitive circuit cut-off means is applied on said heat-sensitive circuit cut-off means;
• wherein said electric wiring member is capable of being maintained in an electrically cut-off state after said electric connection means is cut off.

A solar cell module comprising:

• a plurality of solar cells;
• and
• an electric wiring member which is connected to said solar cells and which has at least one connection portion;
• wherein an end portion of said electric wiring member, another end portion of said electric wiring member and an elastic body are fixed at said connection portion by means of a fixing member, and
• wherein said elastic body is deformed by way of elastic deformation.