In an all-in-one heat pump water heater, the heated refrigerant is usually conveyed through a heat exchanger that’s wrapped around the outside of the tank, under the insulation. The refrigerant heats the tank by conduction, transferring heat from the condenser coil through the tank shell, to the water inside.
This series is splendid for centralized hot water system and is capable of generating hot water upto 55°C It is the ideal hot-water solution for Hotels, Hospitals, Resorts, Boarding Schools and Apartment Complexes.
This series is splendid for centralized hot water system and is capable of generating hot water upto 55°C It is the ideal hot-water solution for Hotels, Hospitals, Resorts, Boarding Schools and Apartment Complexes.
This series applies titanium heat exchanger and heat pump technology which can move heat from surroundings to the pool water. It is especially suitable for commercial swimming pools.
This series of heatpumps can generate hot water at 80°C at high COP. These heatpumps are ideal for industrial applications and processes requiring water at high temperature.
This series of heat pumps can generate hot water up to 90°C using a refrigerant R1234ze. The heat pumps are ideal to be used in industrial applications because of ultra low GWP and heating capacity up to 1000 KW.
Ultra high temperature heat pumps are capable of generating steam upto 120°C using R245fa refrigerant. This makes it an ideal choice for industrial applications that require steam for their processes.
EVI Air Source heat pumps transfer heat from the ambient air to water, providing hot water up to 60°C. The unique Low ambient-temperature heat pump is widely used for house warming.
Water-source heat pumps require a suitable local water source, such as a lake, river, well etc contrary to the air source heatpumps that use air as the heat source.
Geothermal HVAC and power systems use earth’s temperature for heat exchange. While temperature variation occurs in atmosphere, temperatures underground remain constant. In a geothermal HVAC system, an electrically powered heat pump cycles fluid, usually water or refrigerant, through long loops of underground pipes.
The dryer operates using a heat pump where both sensible and latent heats are recovered from the exhaust air. The heat is then recycled back through the dryer by heating the air entering the dryer, thus increasing the efficiency of the system. The heat pump drying system is a combination of two sub-systems: a heat pump and a dryer.
Experience the ultimate cooling solution with our high- performance chiller. Designed for efficiency & durability, this chiller ensures optimal temperature control for a variety of applications. Our chiller delivers sub-zero temperatures with remarkable consistency.
The screw type compressors produce a large heating or cooling capacity but the energy input becomes very crucial in that case. Using heat recovery as an option can increase the COP up-to 6.
Water storage tanks are adapted to the advanced technology of vitreous enamel inner tank, which fuses to solid steel at about 900°C . The result is a smooth and tough surface that effectively resists the corrosive attacks of hot water chemicals.
