Hybrid Solar Powered Air Conditioner Heat Pump R410A High Efficiency 24000Btu
- Model
- SK-ACDC-24K
Item specifics
- Rated Cooling Capacity
- 22000(6100-27000) BTU
- Rated Cooling Power Input
- 1790(300-3200) W
- Rated Heating Capacity
- 7800(1800-9100) W
- Grid AC Power
- 220V/50-60HZ (140-260V Wide Range)
- Solar DC Power Vom
- 80-380V DC(By Solar Panel)
- DC Inverter Compressor
- Panasonic Twin Rotary DC Inverter
- MPPT Solar Controller
- Built-In
- Working Temperature
- -10 to 58℃ （T3 Tropical）
Review
Description
APP Smart Control of Solar Air Conditioner
Solarker Hybrid ACDC solar air conditioner has an App specially used to view and control the operating status of photovoltaic air conditioners. Of course, customers may also develop their own control systems through the standard Mode-bus protocol through the air conditioner RS485 interface. Below we introduce the features of the App:
1. Through the App, you can view the PV input power, the total power saving, the solar power saving per hour, every day and every month in real time, and you can view the real-time input power and historical power consumption data of AC mains.
2. If the air conditioner is connected to the WiFi router at home, the WiFi remote control through the APP can completely replace the remote control for temperature, cooling and heating, and switch control.
Sunny Day Time
100% solar power working
Off grid no Grid Power
Cloudy Day
Solar DC+ AC grid Mix working
Priority from solar, rest from grid
Night Time
Only grid power working
Still 25% saving because 100% DC inverter technology
Differences between Solarker Hybrid AC/DC solar air conditioners and ordinary air conditioners
1. Hybrid AC/DC solar air conditioner must use DC Inverter Compressor and BLDC motor
2. Hybrid AC/DC solar air conditioners use the twin rotary inverter compressor to ensure that the noise and vibration of the external machine are small and the energy efficiency is excellent.
3. Hybrid AC/DC solar air conditioner get smaller starting current: 1-3A, wider voltage operating range: AC 80-290V
4. Hybrid AC/DC solar air conditioners use EEV to precisely control refrigerant flow, high efficiency and energy saving
5. The solar MPPT module electronic control board must be connected to the compressor and motor and communicate
6. Improved PV DC safety protection
7. Improved fault code warning and after-sales service code for easier service
8. Both Grid AC power and Solar DC power need to be powered from the outdoor unit
9. Statistical data display of solar DC solar power and AC grid power consumption(Solarker get from the mob APP)
10. Even if it is not connected to solar panel, it is only necessary to achieve ultra-high energy efficiency in the Grid AC mode to achieve the greatest energy saving purpose
11. Only solar power in day time the unit works stable without grid power
Structure of Solarker Hybrid ACDC solar air conditioner
Installation of Solarker Hybrid ACDC solar air conditioner
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