Air-to-water heat pump 60 kW EVI SPLIT DC

Air-to-water heat pump 60 kW EVI SPLIT DC

Innovative solution for heating, cooling and hot water supply

Air-to-water heat pump 60 kW EVI SPLIT DC   model AWHP60SDCE, with a thermal capacity, technology EVI (vapor injection), represents a modern solution for heating, cooling and domestic hot water.

This device is ideal for large buildings, including commercial spaces, multi-family homes, and industrial spaces. The power 22,1–66 kW ensures optimized energy consumption.

What is Enhanced Vapor Injection (EVI) technology?

Enhanced Vapor Injection (EVI) — is a method of increasing the saturation temperature/pressure difference between the evaporator and condenser, using an economizer and a secondary expansion valve. This technology allows for an increase in the outlet refrigerant temperature in heating mode (air or water). Reducing the saturation temperature in the evaporator (outdoor unit in heating mode) allows for the absorption of a greater amount of heat from the ambient air, even at low climate temperatures.

Heating the refrigerant to a superheated state before injection into the compressor increases the pressure and temperature at the compressor outlet, which in turn increases the temperature of the heat carrier at the condenser outlet.

Careful! No heat pump can work up to -25 °C without vapor injection function (EVI)!
Be careful and don't believe the advertising! Ask for tables or graphs of the heat pump's performance and make the right choice, taking into account the specifics of its use!
The information also applies to MONOBLOC type heat pumps.
Monoblocks are intended especially for heating swimming pools or (exceptionally) for spaces where they are used as a secondary (non-main) source of heat.

Air-to-water heat pump 60 kW EVI SPLIT DC

Advantages of the AWHP60 heat pump

High energy efficiency (A+++)

• Inverter technology: Adjusts performance according to load, with the coefficient COP up to 4.3, saving energy.

EVI technology ensures stable performance even at ambient temperatures down to -25 °C. Therefore, the 60 kW air-to-water heat pump is the ideal choice for cold regions.

Ecological and sustainability

• Refrigerant R32: Ecologically safe, with zero ozone depletion potential and low environmental impact.
• Up to 75% of energy comes from the air, reducing the carbon footprint.
• Lifespan of up to 20 years: SPLIT models additionally protect the main components from weather influences, extending their service life.

Ease of control

The 60 kW EVI SPLIT DC air-to-water heat pump supports modern smart home systems. Integration with mobile applications allows for remote monitoring and control.

Technical features

Careful: the two-compressor version is available on request.

Main functions

• Heating: Efficient heating even in severe winter conditions.
• Cooling: Maintaining comfortable temperature during summer.
• Domestic hot water: Economical water heating for domestic use.

Why choose AWHP60?

1. Energy efficiency: High coefficient of performance and inverter technology to reduce energy costs.
2. Reliability: Operation in harsh climatic conditions without loss of performance.
3. Eco-friendly: Use of safe refrigerant and minimal carbon footprint.
4. Flexibility in assembly: Monobloc, split system and FULL SPLIT options.
5. Durability: Invest in a device with a long lifespan.

Investing in comfort and ecology

Air-to-water heat pump 60 kW EVI SPLIT DC AWHP60SDCE It is not just a heating or cooling system, but a step towards an energy-efficient future. Using renewable energy, the 60 kW air-to-water heat pump reduces energy costs and carbon footprint.

Conclusion

The model AWHP60SDCE combines advanced technologies, reliability and sustainability. It is the ideal solution for heating, cooling and domestic hot water in any climatic conditions. Make the choice of an energy-efficient device that will serve you for many years, providing you with comfort and economy. Evaluate the advantages of AWHP60 and contribute to a green future!

Production in the Republic of Moldova!