

Low Ambient Inverter Heat Pump Water Heater Unit
This series is designed for commercial hot water projects that require stable, high-volume water supply in low-temperature environments. With full DC inverter technology, intelligent monitoring, optimized heat exchange logic and modular control, the unit delivers efficient hot water production for hotels, schools, apartments, factories and other commercial applications.
Compared with fixed-speed units, it improves temperature rise speed and hot water output by up to 20%, helping reduce tank volume while supporting simultaneous multi-point hot water demand during peak hours.
Key Features
Full DC inverter technology
Improves system efficiency, stabilizes operation and adjusts output according to real-time hot water demand.
Real-time intelligent monitoring
Industrial-grade chip control with 4G remote monitoring for electricity consumption, water volume, energy usage, tank level and system status.
Optimized heat exchange logic
The intelligent control platform improves heating response, with temperature rise speed increased by over 20%.
Reliable peak-hour hot water supply
Hot water production is increased by around 20% compared with fixed-speed units, supporting multi-floor and multi-point water use.
Modular intelligent control
Easy operation with automatic running after setup. Up to 16 units can be combined for larger projects.
Seven-stage noise reduction
Noise reduction design for fan, sheet metal, compressor, cabinet and piping system, with operating noise as low as 42 dB(A).
Short Website Version
Low Ambient Inverter Heat Pump Water Heater
Designed for hotels, schools, apartments and commercial hot water projects, this inverter heat pump water heater provides stable and efficient hot water supply even in low-temperature conditions. It features full DC inverter technology, 4G intelligent monitoring, optimized heat exchange control and modular multi-unit operation, improving heating speed and hot water output by up to 20% while ensuring quiet and reliable performance.