Dye-sensitized solar cell and building integrated photovoltaic system.

Dye-sensitized solar cell and building integrated photovoltaic system.

  - The below is the existing system.

 

  - The below is the concept of this new technology and patents.

The semiconductor electrode substrate and counter electrode substrate combine to face each other.

The space between semiconductor and counter is filled with electrolyte.

 

Strength..

 

1. The semiconductor electrode substrate is separated  and  it is combined in the counter electrode

    substrate.

Due to this structure, This dye-sensitized solar cell can reduce the formation area of the work

 electrode.

 

2. It is facilitated to control the coating thickness of the semiconductor material

3. The resistance of the semiconductor is lowered and the efficiency of the dye-sensitized solar cell can

be increased and then, this solar cell can be changed to a large size.

 

Moreover, If building integrated this solar system is manufacturing, the thickness of the building

integrated solar System can be reduced since the formation of the exterior wall glass or the inside glass 

is unnecessary.