The AQUA-G EVO has been purpose-built to meet the rising commercial demand for sustainable heating technologies that can effectively replace gas boilers across commercial, light industrial and multi-residential buildings. Using the natural refrigerant -R290, with an ultra-low Global Warming Potential (GWP) of just 0.02[1], the range aligns with evolving F-Gas regulations and supports corporate sustainability commitments across European markets.

Performance and versatility at scale

Featuring an inverter-driven compressor and pump, the AQUA-G EVO delivers stable temperature control and strong seasonal energy efficiency, directly reducing energy consumption and operational costs. Advanced refrigerant circuits and defrost management logic ensure reliable performance throughout harsh winter conditions, a critical requirement for commercial heating applications. At -10oC outdoor temperature, capacity losses are around 15%, while conventional heat pumps have approximately 38% capacity loses at this temperature. The Panasonic unit can produce water at 55oC with the outdoor temperature at -18oC. It produces up to 75oC leaving-water temperature for DHW management at -2oC.

Available in three sizes; 60, 80, and 110, the range is engineered to serve diverse installation environments. The system enables cascade operation of up to eight units, providing a combined heating capacity of roughly 880 kW. Installations using up to four units benefit from a notably compact layout, allowing units to be installed side-by-side with minimal spacing to reduce overall plant-room requirements. 

Total Panasonic HVAC ecosystem

Panasonic delivers complete HVAC solutions for commercial projects, from high efficiency chillers and heat pumps to a wide range of customisable indoor units, including fan coils equipped with nanoe X for improved indoor air quality. Our smart building platforms enable seamless, centralised control across multiple sites.

Within this integrated ecosystem, the AQUA-G EVO is purpose-built for decarbonisation, boiler replacement, and sustainable heating.