What is Air Source Water Heat Pump?
Air source water heat pumps or air to water heat pumps extract their heat energy from outside air in order to generate heat. The heat pump uses the heat from ambient air, which is free and a renewable energy source for heating and hot water. This is an energy efficient and environmentally friendly solution.
It is an extremely efficient process as it uses one unit of electricity to drive the compressor to generate upto 4 times the heat. This high COP makes them two to three times more energy efficient than conventional water heaters
Application Sectors
Hospitality
Residential
Hospitals
University / Hostels
Industrial
Swimming Pools
Our Product Range
Domestic Heat Pumps
Our range of domestic heat pumps not only provide hot water 24/7, for your household in a sustainable way, but also help achieve substantial savings in electricity consumption
Commercial Heat Pumps
Our range of specially designed commercial air source water heat pumps are a cost effective and sustainable way to meet hot water requirements year round
Swimming Pool Heat Pump
Our high performance swimming pool heating pumps offer class leading efficieny to maximize swimming pool usage and deliver a pleasant experience, making them an ideal choice for resorts and hotels
Desuperheater
A desuperheater is a secondary heat exchanger device that transferheat efficiently. Our desuperheaters ar developed based on a patentend technology (tube to tube heat exchange) that enables multi stream multi phase heat transfer
Einsol Product Brochure
The Einsol Technology Advantage
EVI Technology
Thanks to EVI technology, EVI series of Heat Pumps features a wide operating temperature range. They can reach high water temperatures (55°-65°C) even in cold climates ranging from -20°C to 45°C, and can work safely and reliably at ambient temperatures as low as -20°C.
Δ30° Tube to Tube Heat Exchange Technology
Tube-Tube Heat Exchangers (TTHE) design uses a judicious combination of bends, straight lengths, tube diameter/s, tube material/s, thermal bonding material to enable multi-stream multi-phase heat transfer.
Particulars | Heat Exchangewith Δ of 5° | TTHE with Δ of 30° |
| Instant hot / chilled water | Not possible | Streams of hot water available within seconds |
| Recirculation pump | Mandatory | Not Required |
| Pumps required in non pressurised system | Primary and secondary pump is required of higher capacity due to higher flow rate of water | Only primary pump required |
| Pumps required in pressurised system | Secondary pump required | No pump required |
| Storage tank | Mandatorily required to recirculate the water to achieve desired temperature | Optional |
| Feed water for boiler at 70°C | Not Possible | Possible in single pass taking water at 20ºC and delivering upto 70ºC |
| Power saving | Overall COP is less if all pumping consumption is considered | Overall COP is high even if pumping cost is considered |
Install Our Water heating Systems at ZERO Capex!!
We understand that many organisations are interested in installing Air Source Water Heating Pumps, and in this regard we have come up with an unique financing scheme that simply makes perfect business sense
No Initial Investment
No Installation Charges
No Maintenance Costs
