30A 12 / 24V Portable Wind Power Generation Solar Charging Controller for 800W Fan
Rated 3.5/5 based on 11 customer reviews

30A 12 / 24V Portable Wind Power Generation Solar Charging Controller for 800W Fan

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R 1,570.22
1. Depending on the light intensity, the lights are automatically turned on in the evening and automatically turned off in the morning
2. Built-in temperature compensation function
3. Adopt high-quality aluminum alloy shell, small size, good heat dissipation
4. Using microprocessor intelligent control, precise control
5. With anti-surge, short-circuit and anti-reverse protection functions
6. Anti-overload, anti-overcharge, anti-overdischarge multiple protection functions
7. Adopt two DC outputs, light control, time control, uninterrupted output, multiple output control methods are available
8. Use the PWM method for stepless unloading to release excess energy to the unloader, so that the battery is in the best state of charge.
9. Adopt voltage and current limiting charging methods to ensure that the battery is always in the best charging state
10. Accurately identify the charging voltage and current of the fan, and have a safe and complete multiple fan brake protection mechanism.
11. It has all-round protection methods to ensure the stability of the system (including solar cell anti-reverse, solar cell anti-reverse, battery overcharge, battery over-discharge, battery anti-reverse, load overload, lightning protection, fan current limiting, automatic fan braking And manual braking)

1. Depending on the light intensity, the lights are automatically turned on in the evening and automatically turned off in the morning
2. Built-in temperature compensation function
3. Adopt high-quality aluminum alloy shell, small size, good heat dissipation
4. Using microprocessor intelligent control, precise control
5. With anti-surge, short-circuit and anti-reverse protection functions
6. Anti-overload, anti-overcharge, anti-overdischarge multiple protection functions
7. Adopt two DC outputs, light control, time control, uninterrupted output, multiple output control methods are available
8. Use the PWM method for stepless unloading to release excess energy to the unloader, so that the battery is in the best state of charge.
9. Adopt voltage and current limiting charging methods to ensure that the battery is always in the best charging state
10. Accurately identify the charging voltage and current of the fan, and have a safe and complete multiple fan brake protection mechanism.
11. It has all-round protection methods to ensure the stability of the system (including solar cell anti-reverse, solar cell anti-reverse, battery overcharge, battery over-discharge, battery anti-reverse, load overload, lightning protection, fan current limiting, automatic fan braking And manual braking)