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Solar street lights are generally set to operate according to customer requirements at the time of factory delivery. The start and stop times of solar street lights are determined by the light controller. Most controllers are installed inside the compartment. Controllers can be adjusted separately with a remote control, and external adjustment keys allow for manual adjustments. However, most controllers currently available on the market are adjusted via remote control. To modify the working time, such controllers must be equipped with a remote control.
How to adjust the timing of solar street lights also depends on the type of controller used:
1. The charging circuit uses a bimetallic oxide semiconductor in a series control loop, which reduces voltage loss in the circuit to nearly half of that of a diode. It employs pulse width modulation energy-saving control, significantly increasing power consumption efficiency.
2. All industrial chips and closed components function normally in cold, high-temperature, humid, and other environmental conditions. Additionally, crystal time control is employed for more precise timing control.
3. A scientific battery management mode is utilized. When over-discharge occurs, battery voltage promotes charging. This is typically used after maintenance compensation. Direct charging and float charging are used to connect rechargeable batteries, along with high-precision temperature compensation for more accurate charge control.
4. The load mode is controlled purely by light. When dim light is detected, the light-sensing system automatically illuminates. The illumination time is managed through a microprocessor and special control algorithms for smart control.
The above details how to adjust the timing of solar street lights. Adjusting the timing of solar garden lights depends on whether the controller is waterproof. Generally, waterproof controllers do not have a digital display function.
