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The charging efficiency of solar street lights:
1. Conversion efficiency of solar panels: The conversion efficiency of solar panels refers to the efficiency of converting light energy into electrical energy.
2. Secondary conversion efficiency: Secondary conversion efficiency refers to the efficiency of storing electrical energy in the battery after it has been converted from light energy.
Improving the charging efficiency of solar street lights means enhancing the secondary conversion efficiency. To achieve a better secondary charging efficiency, the capacity of the battery should be set to 1.2 times the power of the solar street light system during its configuration to meet the lighting needs at night. Additionally, to ensure the longevity of the solar street light controller, the entire control circuit should also serve a protective role during the charging process.
The above information on how to improve the charging efficiency of solar street lights concludes here. To facilitate the rapid development of solar street lights in current road lighting applications, it is essential to enhance the secondary conversion rate during the daytime charging process for solar street lights, which will enable their swift progression in future applications.
