Master EVI Inverter Core, Break Through the 80°C High Temperature Limit
EVI (Enhanced Vapor Injection) Technology
EVI (Enhanced Vapor Injection) Technology
Effect: Increases refrigerant flow rate and enhances compressor discharge pressure, significantly boosting heating capacity in low-temperature environments. Compared to standard heat pumps, heating capacity at -20°C is increased by up to 30%.
Full DC Inverter Technology
Full DC Inverter Technology
Employing high-efficiency DC brushless motors with precision inverter drive algorithms, the compressor achieves stepless adjustment from 0Hz to 120Hz, delivering heat on demand.
Breaking Temperature Limits, Conquering Extreme Cold
Relying on advanced EVI Enhanced Vapor Injection technology, our heat pumps start reliably and operate efficiently even in -35°C extreme cold, without electric backup. Whether in Northern China, Scandinavia, or Canada, we guarantee warmth for your customers.
More Than Heating – An Industrial-Grade Heat Source
With output water temperature up to 80°C, our heat pumps break through the 55°C limit of traditional units and can directly replace coal-fired and oil-fired boilers. Widely used in: Industrial processes: Electroplating, slaughterhouses, printing & dyeing Commercial spaces: Hotels, schools, hospitals central hot water Heating terminals: Radiator renovation projects, no need to replace terminals
DC Inverter, 30% Energy Saving with Grade 1 Efficiency
Heat on Demand, Every Kilowatt-hour Delivers
Adopting Full DC Inverter technology, the compressor automatically adjusts its speed based on actual load, avoiding energy waste from frequent starts and stops. The IPLV far exceeds the national Grade 1 energy efficiency standard. Compared to standard fixed-speed heat pumps, you can save over 30% on electricity costs per heating season.
Through streamlined air duct design and night silent mode of the full DC inverter compressor, our heat pumps operate as quietly as 42dB at low speed – equivalent to a library environment. Ideal for villas, residential communities, hotels, and other noise-sensitive locations.
Traditional "timed defrost" often leads to unnecessary defrosting, incomplete defrosting, and large water temperature fluctuations. Our Smart Adaptive Defrost Technology monitors ambient temperature, coil temperature, and running time in real-time to accurately determine frosting conditions. It defrosts only when needed, reducing defrost time by 30% and indoor temperature fluctuation by 50%.
Protecting the Planet Starts with Choosing Eco-friendly Refrigerants
The entire product line uses R32 or R410A eco-friendly refrigerants: R32: GWP is only 1/3 of R410A, lower charge volume, higher efficiency R410A: Chlorine-free, zero Ozone Depletion Potential (ODP=0)
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