Net-like structured heat radiation type solar cell assembly

Abstract

The invention discloses a net-like structured heat radiation solar cell assembly which comprises a solar cell mounting board. The base board of the solar cell mounting board is provided with blower fan holes which are internally provided with blower fans. Two sides of the solar cell mounting board are provided with pins. The center of the bottom surface of the solar cell mounting board is provided with a fixed board. The fixed board is fixed on a connecting rod through a rotating shaft. The front surface of the rotating shaft is provided with a positioning rod. According to the net-like structured heat radiation solar cell assembly, through setting the base board of the solar cell mounting board to the net-like structure, and arranging four blower fan holes which are internally provided with the fans on the base board of the solar cell mounting board, higher heat radiation speed, higher heat radiation efficiency and effective service life prolonging of the device are realized. According to the net-like structured heat radiation solar cell assembly, the inclination angle and the facing direction of the solar cell mounting board can be adjusted through rotating the rotating shaft and a rotation shaft, thereby realizing higher solar energy absorbing efficiency of the solar cell.

Description

technical field [0001] The invention relates to the technical field of solar cells, in particular to a grid structure heat dissipation solar cell assembly. Background technique [0002] Semiconductor components that can efficiently absorb solar energy and convert it into electrical energy. A device that converts the sun's light energy into electrical energy with semiconductor materials such as silicon and selenium. It has the advantages of high reliability, long life and high conversion efficiency, and can be used as a power supply for artificial satellites, navigation lights, and transistor radios. The size of the single cell ranges from 2×2 cm to 5.9×5.9 cm, and the output power is tens to hundreds of milliwatts. Its theoretical photoelectric conversion efficiency is more than 20%, and it has actually reached more than 15%. [0003] The solar battery module is a device used to install solar cells. However, most of the traditional devices are simple in structure and canno...

AI Technical Summary

Problems solved by technology

[0003] The solar battery module is a device used to install solar cells. However, most of the traditional devices are simple in structure and cannot assist in cooling the solar cells, resulting in high temperature of the solar cells and reduced service life. Most of the traditional devices are fixed Afterwards, it is impossible to turn corners and turn, resulting in insufficient solar energy absorption efficiency to meet people's needs

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