Solar cell protection
The main technologies currently used in solar panels are polycrystalline and monocrystalline silicon solar cells. When one solar cell of the panel is shaded, it will be used as a load to consume the energy generated by other solar cell components with sunlight. The shaded solar cell module will generate heat at this time, which is the hot spot effect. This effect can severely damage solar cells. Part of the energy produced by solar cells with sunlight may be consumed by cells that are shaded. In order to prevent the solar cell from being damaged due to the hot spot effect, it is best to connect a bypass diode in parallel between the positive and negative poles of the solar cell module to prevent the energy generated by the light module from being consumed by the shaded module.
Our ultra-low conduction voltage drop trench Schottky diodes can effectively prevent the hot spot effect. When the hot spot effect of the cell cannot generate electricity, the current generated by other cells flows out of the diode, so that the solar power system continues to generate electricity,the power generation circuit will not be blocked due to a problem with a certain cell.
