
Regardless of the size and performance of solar streetlights, detailed adjustments are needed to ensure their endurance, lifespan, and protective control function. This guarantees that the solar streetlights will not pose a crisis due to unexpected situations during use. So how should the solar streetlights be adjusted?
Let me provide you with a specific introduction.
First, detailed adjustments must be made to the control system of the solar streetlights. For facilities that can provide lighting in different seasons, the control of the light source’s on and off must align with the changes in natural climate. For example, when using solar streetlights in summer, the controller needs to turn off the lights when the morning is gray and just bright, and turn them on at an appropriate time at night. The presence of the on and off program is what makes the solar control system so crucial.
In addition to the control system, solar streetlights are also very focused on practical application effectiveness. Their usage has specific requirements for the battery’s power and duration. When the battery is fully charged or can no longer absorb electrical energy, the control system within the streetlight will promptly turn it off. This protects the battery, allowing it to maintain stability under voltage support and enabling automated control without easily incurring damage.