Everest Series utilizes R290 refrigerant, a natural and environmentally friendly choice. With a significantly lower Global Warming Potential (GWP) compared to traditional refrigerants, R290 minimizes environmental impact while delivering superior energy efficiency. Its excellent thermodynamic properties enhance the heat pump's performance, enabling higher heating capacities and faster heating response times.

To adapt to the local climate, the compressor of the heat pump has been optimized. Coupled with high-efficiency fans, finned heat exchangers with special flow path design and air ducts designed by fluid simulation, the ErP of Everest Series has reached A+++ at both 35℃ and 55℃ based on EN14825/EN14511, the leading level in the heat pump industry. Also, its SCOP is above 5.1 based on A7/W35 EN 14825/EN14511 , meaning that it can run efficiently all year round.

PHNIX Everest Series delivers stable heating even at -30°C, ensuring reliable comfort in the coldest climates. With a maximum water temperature of 80°C, it’s perfect for residential heating needs. Designed for efficiency and durability, it’s an ideal solution for demanding environments.

Despite its powerful performance, it operates as quietly as 39 dB(A), delivering comfort without disruption.

It's the most convenient installation way.

The newly introduced voice control feature allows seamless integration with AI major ecosystems, enabling effortless operation with simple voice commands.

Equipped with a sophisticated Centralized Control System, it allowes users to easily manage and monitor their heating system from a single, intuitive interface.

Elegant Design, Easy to Install and Maintain

PHNIX Everest Series is designed with both style and practicality in mind. Its sleek screw-less panel creates a clean, modern look while allowing easy maintenance. With a smart base foot, installation is quick and tool-free—just place it on a flat surface. Plus, the detachable rear net makes defrosting and cleaning simple, keeping the unit efficient with minimal effort.