Full DC Inverter Heat Pump Air Heater
This full DC inverter heat pump air heater is designed for rural coal-to-electric heating projects and residential heating/cooling applications. The system uses a split design with one indoor unit and one outdoor unit, offering winter heating, summer cooling, easy installation and comfortable room temperature control.
With low-ambient EVI technology and R32 refrigerant, the unit can start and operate normally at temperatures as low as -30°C, delivering stable heating performance in cold climates.
Key Features
Heating and cooling in one system
Provides winter heating and summer cooling with one split heat pump system, offering energy-saving and comfortable operation.
Fast heating performance
When outdoor temperature is 2°C and indoor temperature is 5°C, the room can reach 20°C in about 6 minutes. At -12°C outdoor temperature, it can reach 20°C in about 15 minutes.
Stable low-temperature operation
Advanced low-ambient EVI technology improves heating capacity under cold conditions and supports safe operation at -30°C.
Eco-friendly R32 refrigerant
Uses R32 refrigerant for higher heating efficiency and more stable heat exchange performance.
Quiet operation
Low-noise DC motor, quiet fan blades and integrated air outlet design help reduce noise from both indoor and outdoor units.
Easy installation and lower initial cost
The split-type system uses an installation method similar to air conditioners, making installation simple and cost-effective.
Wide application range
Suitable for residential heating and cooling needs in central, northern, northwestern and northeastern regions, especially for rural coal-to-electric conversion projects.
Short Website Version
Full DC Inverter Heat Pump Air Heater
Designed for rural coal-to-electric heating and residential comfort, this split heat pump air heater provides efficient winter heating and summer cooling in one system. With R32 refrigerant, full DC inverter control and low-ambient EVI technology, it starts normally at -30°C and delivers fast, stable heating performance even in cold climates.