Optimize your heating and cooling with our Heat Pumps

Our Heat Pumps offer a 2-in-1 heating & cooling solution that operates at a fraction of the cost for the same energy input.
We are environmentally friendly and use no fossil fuels or toxic refrigerants. Thar Energy has developed this system using CO2 - a natural, non toxic, inexpensive fluid.
We can provide hot/cold air & water with one single unit.

Low Temperature Heat Pump

Our system can provide heating and cooling between -50°C to 90°C.
It can be used for many commercial applications, like, heating and cooling offices, malls and industrial applications, like, in the process of distillation and condensation.
It can provide heating and cooling simultaneously with one unit. Eg: In a hotel, it can provide hot water for showers and cooling for the rooms at the same time.
Our system is compact, energy efficient and lowers operating costs.

High Temperature Heat Pump

Our high temperature heat pump can provide heating upto 200°C. The future scope will be 400°C and 800°C.
Our technologies are ideal for a diverse range of Industries, e.g. Chemicals, Food Processing, Steam Production, Oil & Gas etc.
It transforms waste heat into process heat by upgrading the temperature of waste heat and utilizing it, thereby reducing the overall energy consumption and costs.
Our system has an oil free compressor, making it more green and clean.

What makes our Heat Pumps different?

Temperature Capabilities

-50°C
Cold Storage
60°C
Perfect for Residential Hot Water
205°C
For Industrial Heating Applications
400°C, 800°C
Future Scope

Our Tech

CO2, also known as R744, is non-toxic, non-flammable and non-explosive (Safety Group A1). It is more effective in heating than cooling.

CO2 as a refrigerant has high density: this means much smaller tubing, compressors and heat exchangers than conventional refrigerants. This enables micro scale applications such as micro-electronics cooling, and compact large scale applications.

CO2 has a high heat capacity resulting in smaller flow rates making it ideal fluid for thermal energy storage (TES) for both hot and cold applications.

The Global Warming Potential (GWP) of R744 is 1. As we use captured waste gas, our direct Global Warming impact from refrigerant use is negative.

Did You Know?

A smaller residential 5kW air sourced heat pump can contain 2.5 kg of an HFC gas (e.g. R134 with a GWP of 1480). If this escapes, which can commonly occur due to reckless disposal, the Global Warming Impact from the refrigerant leakage alone is equivalent to 3.7 tons of CO2, and >3.5 years of Carbon Savings.
One 100 pound cylinder of car refrigerant (R-404A) leaked into the atmosphere equates to the tailpipe emissions of 28 – 4x4 Chevy Suburban’s traveling 20,000 kilometers each.

Optimization

Range of Applications

Services We Provide

Our service offerings cover A-Z so you can rest assured that we have your back whenever you need us.
Installation, Maintenance & Inspection
Remote Monitoring & Servicing
AI Software
Financing & Government Incentives