Deye Hybrid AC/DC Solar Air Conditioner
The Deye Hybrid AC/DC Solar Air Conditioner is designed to reduce air-conditioning electricity costs by using dedicated solar panels during the day.
Under suitable sunlight conditions, the air conditioner can operate partly or entirely from solar power, providing up to 100% daytime solar operation. No batteries, external inverter or separate solar charge controller are required.
During periods of low solar production or at night, the system automatically uses AC grid power to maintain comfortable indoor temperatures.
Key Features
Full DC solar-powered operation
Up to 100% daytime operation from solar panels
AC and DC automatic power balancing
AC-only mode
DC solar-only mode
AC and DC mixed power mode
Adjustable AC grid power limit from 0 W to 600 W
T3 compressor suitable for high-temperature environments
Wide operating temperature range from -10°C to 58°C
No batteries required
No external inverter required
No separate solar charge controller required
High-efficiency operation at night using AC grid power
Wi-Fi monitoring and remote control
Daily and weekly operating timers
Live AC and DC energy-consumption monitoring
Historical power-consumption records
Long-term manufacturer warranty
SANS certified
Recommended Solar Panel Configuration
The recommended solar-panel configuration is:
3 to 6 × 330 W solar panels connected in series
The final panel quantity and configuration must be confirmed according to the air-conditioner model, panel voltage, installation conditions and available roof space.
Dimensions and Weight
Indoor Unit
Net weight: 15 kg
Dimensions: 1085 × 330 × 239 mm
Outdoor Unit
Net weight: 37 kg
Dimensions: 802 × 564 × 323 mm
How the Hybrid System Works
During the day, the air conditioner gives priority to power produced by its dedicated solar panels. When solar production is lower than the air conditioner’s demand, the system automatically supplements the required power from the AC grid.
At night, or when there is insufficient sunlight, the unit continues operating from the AC grid as a high-efficiency inverter air conditioner.
This provides reliable cooling throughout the day and night while substantially reducing daytime electricity consumption.