China R32 Inverter Evi Heat Pump Manufacturer, Supplier, Factory

This EVI R410A 9.5Kw Air Source EVI Heat Pump uses advanced DC inverter and EVI technology, which can save you 80% of heating costs compared with traditional heating equipment such as gas/oil boilers and electric heaters.

The Blueway high quality R32 Inverter Water Source Heat Pump excels with superior performance compared to traditional heat pump systems, thanks to its innovative variable speed control technology. This flexibility minimizes the need for constant on/off cycling, resulting in reduced temperature fluctuations, noise levels, and energy consumption. As an added benefit, it offers the option to choose between R134a or R410a refrigerants, catering to various needs and preferences. Experience optimized heating and cooling efficiency with the R32 Inverter Water Source Heat Pump.

The High Temperature Heat Pump showcases an advanced EVI scroll compressor technology, utilizing R134a refrigerant for optimal performance. It boasts a user-centric controller equipped with intelligent defrosting capabilities and an anti-legionella function, ensuring hassle-free operation and enhanced hygiene. The system's output versatility allows for an outlet water temperature of up to 80°C in on-off mode, while the inverter version can exceed 90°C, catering to diverse heating requirements.

Blueway manufacturer 220V R410A Electric Inverter Pool Heat Pump is truly the best in terms of efficiency, performance, reliability and low noise operation. Blueway is a leading specialist supplier of swimming pool heat pumps. We have years of experience in the market and use our expertise to research and design our own swimming pool heat pump products.

BLUEWAY R410A Air Source DC Inverter Swimming Pool Heat Pumps are designed and manufactured for water temperature control in pools and spas. Pool heat pump units can be used as coolers in the summer and as heat pumps in other seasons, providing the most energy-efficient pool and spa cooling and heating.

Blueway high quality Air Handling Unit (AHU) provides design flexibility that balances performance and economy without compromising quality, which has a different set of needs including, but not limited to, fresh air intake, humidity control, heating, filtration, and energy recovery. In general, an air handling unit will use a mixture of outside air and recirculated air from the building to filter, cool, and heat. Energy recovery devices are used to transfer heat or moisture from exhausted air to supply air, or vice versa. This helps to reduce energy usage while providing fresh air to the building.