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During factory settings, the working times, as well as the start and stop times of solar street lights, are generally determined based on customer requirements and are controlled by the street light controller. Most controllers are installed inside the lamp body; however, the lithium storage and control integration machine produced by our company is mostly installed at the bottom of the solar panel. The controllers can be adjusted both manually and remotely, with most current market models utilizing remote control. To adjust the working time of solar street lights, it is essential to use a remote control, and the method of adjusting the timing depends on the type of controller used.
1. The charging circuit employs a dual MOS series control loop, which reduces circuit voltage loss by nearly half compared to diode charge. PWM energy-saving control is used, greatly enhancing power efficiency.
2. All industrial chips and enclosed components operate normally in extreme environments, such as cold, high temperatures, and humidity. Additionally, crystal time control is implemented for more accurate timing.
3. A scientific battery management model facilitates charging when over-discharge occurs, allowing for maintenance and restoration to normal operation. Direct charging and float charging are utilized simultaneously with high-precision temperature compensation for more accurate charging.
4. The load mode is controlled by the lamp itself, with the light sensor automatically activating in low light conditions. The lighting duration is managed automatically by a microprocessor and dedicated control algorithms, achieving intelligent control.
The above is a complete introduction from Century Sunshine Solar Street Light Manufacturer on how to schedule solar street lights. We hope this information helps you gain a comprehensive understanding of solar street lights.
