Over these 30 years, scientists will use plastic nanotechnology to develop a new generation of solar cells. Like a regular battery, this battery has two electrodes on both ends. Its thickness is as thin as a hair, but it can provide a voltage of 0.7 volts. The key is to first store solar energy in the battery, and then integrate it with the surface of the plastic film to create a solar energy production film. This type of solar power generation film has low cost and high conversion efficiency, and can be used in many applications. Scientists will also develop another process for coating titanium dioxide and a light-absorbing dye on the surface of a plastic film, then the dye molecules will use the absorbed light source to excite the titanium dioxide's electrons, emitting as well as electricity. This newWater type solar cell will mainly be used in consumer electronic devices.
The manufacturing principle of solar panels is very simple, that is, the cells capable of producing electricity are packaged in series and parallel, and then connected to a junction box as the power output interface.
The main materials are battery cells, the core of power generation, the battery cell connection material is tin-coated copper tape, the upper and lower cushions are EVA film, the top protection is high transmittance. tempered glass and the bottom protection is weather resistant. TPT backplane, aluminum alloy frame for surrounding fixation, silica gel, shock-absorbing material between the tempered glass and the aluminum frame, and finally the power output interface junction box. The materialsAuxiliaries include clear tape to secure the battery cells and absolute ethanol to clean the glass.