Closing the loop
Enersion aims to bridge the gap between three fundamental processes: Heating, Cooling and Power. Our tri-generation offering uses sustainable energy sources to generate electricity and harness heat in order to run our proprietary cooling systems, which do not need synthetic refrigerants (R-134a) to operate and provide significant energy savings.
Enersion’s systems offer multiple advantages
Patent Protected IP
Up to 70% Annual Electricity Savings
No Synthetic Refrigerant
Fuel Flexible
Multi-industry Compatibility
Utilization of Low-Grade Waste Heat
Need for cooling
When we think of the cooling the first thing that comes to mind is air-conditioning which is used in homes, buildings and vehicles. The cooling industry is much greater than that, valued at over $100 billion annually and expected to quadruple in the next 30 years, cooling is an everyday necessity in modern life that is intertwined within other processes. Data centres, food handling stores, industrial facilities and hospitals are examples of facilities that require reliable and consistent cooling in order to operate on a daily basis.
Here are some examples of where cooling is needed:
System cooling in data centers
Safe and sterile conditions in hospitals
Cooling of manufacturing machinery
Temperature control for indoor farms
Food and Beverage cold storage
Space cooling for comfortable living
Discover why change is necessary
Century-old cooling technologies are responsible for:
Check out our Innovation Hub
Cost of the current cooling technology
The currently used cooling technology is based on the mechanical compressor. The 4 major components of the cooling unit are the compressor, evaporator, condenser and expansion valve. Due to the age of this technology and [...]
Warm Water Cooling for Data Centers
sing warm water to keep the servers under 60°C. This is implemented with direct to chip cooling where the water removes the heat directly from the heat sink on the server. With this method, the [...]
Cooling down hot data centers
When it comes to cooling, most people think about air conditioning in houses, cars, office buildings etc.. But one of the great challenges less known is to efficiently cool down the multitude of servers in [...]
Supported by
The Future of Cooling
We are a multi-disciplinary team committed to reducing our carbon footprint