For all-in-one LED solar street lights, it's essential to pay attention to every aspect during production, especially the controller's manufacturing and installation, which is a crucial component. The controller is vital for an all-in-one LED solar street light, so careful attention is required during installation.
Manufacturers of all-in-one solar street lights should carry out reasonable installation work, ensuring proper orientation, maintaining consistency in power transmission positions, and guaranteeing the LED street lights' reasonable use for better installation results. Additionally, during the production of LED solar street lights, attention must be given to the installation of lamps, another critical aspect. As the illumination device of LED solar street lights, it's one of the most important luminous components. Proper installation ensures normal functionality and better results.
Currently, most all-in-one LED solar street lights use LEDs as light sources. However, LEDs generate heat when current passes through them. Typically, the main heat source is the large current generated when LEDs emit light in reverse. Therefore, heat dissipation is crucial for LED solar street lights. Poor heat dissipation accelerates LED light decay, affecting illumination. Inadequate heat dissipation increases LED light decay. Additionally, heat accumulation can cause aging of the lamp head and related equipment, affecting usage. Therefore, all-in-one LED solar street lights should feature full aluminum lampshades or aluminum lamp heads for better heat dissipation. High-power LED solar street lights may also adopt aluminum lamp heads for faster heat dissipation and increased surface area. Additionally, LED solar street lights can reduce LED heat generation through controller adjustments, saving energy and reducing heat generation, achieving dual benefits. Good heat dissipation in LED solar street lights can enhance illumination brightness, prolong lifespan, and withstand rainy days.
Compare brightness and lighting time. Brightness is difficult to determine with the naked eye, but integrating spheres can accurately measure luminous efficacy. Compare brightness roughly with the naked eye.
Use the product for a period; unstable solutions can expose issues within a month.
Inspect the battery box and check the batteries. Measure if the capacity meets standards. Charge the batteries fully, then discharge them with a heavy load to determine if the battery capacity meets specifications. Battery measurement is based on full charge and discharge, and various testing instruments may not be accurate.
Compare the size of the solar panels, which can serve as a simple indicator of whether specifications are met. Alternatively, measure current and voltage facing the solar panels to calculate power output.
By understanding the importance of heat dissipation in all-in-one solar street lights and adhering to quality assessment criteria, users can ensure optimal performance and longevity of their lighting systems.
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