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All light sources of solar street lamps require manual adjustment of light distribution to enhance overall illumination brightness. People may want to know about the light distribution scheme for solar street lamps. So, how should we adjust the light distribution during the process of solar street lamp configuration?
In the process of light distribution for existing solar street lamps, it is found that the configuration primarily involves secondary light distribution using reflective lenses. These light distributions utilize various materials, and when the incident angle exceeds the critical angle, total internal reflection occurs. This principle can be applied to plan the light distribution for the entire solar street lamp.
The manufacturer of solar street lamps also has specific requirements for light distribution. Since they utilize double lenses, it is essential to understand the layout or curves of the light distribution during this process. The design of the entire lens will also become the focus of the light distribution. During the light distribution process, adjusting the beam angle to within a range of 30 degrees is beneficial for further planning of the light distribution.
In the actual light distribution process for solar street lamps, particularly for high-power models, it is crucial to consider the manufacturing process to enhance overall light efficiency. Additionally, the packaging of solar street lamps should be transformed into a membrane process while ensuring proper light distribution for effective illumination.
