Localized Clean Energy Generation
Cooling, Heating & Electricity – Three vital energy sources that are disconnected!
At the heart of Tri-generation is our proprietary cooling technology that is powered by heat and does not use synthetic refrigerants. We generate on-site sustainable energy at low costs and reduced emissions.
Cooling
Heating
Electricity
Localized Clean Energy Generation
Cooling, Heating & Electricity – Three vital energy sources that are disconnected!
At the heart of Tri-generation is our proprietary cooling technology that is powered by heat and does not use synthetic refrigerants. We generate on-site sustainable energy at low costs and reduced emissions.
Cooling
Heating
Electricity
Why Enersion?
Patent Protected IP
Our proprietary cooling technology has been recognized through rigorous lab testing and demonstrations
Electricity Savings
Minimizing the amount of electricity required for cooling, we can save up to 70% annually on bills
No Synthetic Refrigerant
Our cooling system uses plain water as a refrigerant which has no carbon impact
Heat to Cooling
We directly convert low-grade waste heat to cooling, providing an efficiency of up t0 90%
Fuel Flexible
Our tri-generation system can integrate with a variety of fuel sources to meet availability and preference
Multi-industry
From large-scale industrial to smaller residential units, our energy solution fits all
Why Enersion?
Our proprietary cooling technology has been recognized through rigorous lab testing and demonstrations
Minimizing the amount of electricity required for cooling, we can save up to 70% annually on bills
Our cooling system uses plain water as a refrigerant which has no carbon impact
We directly convert low-grade waste heat to cooling, providing an efficiency of up t0 90%
Our tri-generation system can integrate with a variety of fuel sources to meet availability and preference
From large-scale industrial to smaller residential units, our energy solution fits all
“Enersion’s system is unique in that it uses water as the refrigerant, rather than the hydro-chloro-fluoro- carbons (HCFCs) used by vapour-compression chillers. The inevitable loss of HCFCs to leakage over time (averaging 7% per year) contributes to 20% of the carbon footprint of global cooling technologies. Enersion avoids these liabilities.”
“Enersion’s system is unique in that it uses water as the refrigerant, rather than the hydro-chloro-fluoro- carbons (HCFCs) used by vapour-compression chillers. The inevitable loss of HCFCs to leakage over time (averaging 7% per year) contributes to 20% of the carbon footprint of global cooling technologies. Enersion avoids these liabilities.”
Efficient Cooling
A co-generation unit will only produce electricity and heat. Integrating an aDsorption cooling system will allow for direct conversion of excess heat to cooling during summer months – increasing year-round capacity utilization, improving efficiency and lowering energy costs. Cooling has become everyday necessity that is intertwined within other process, why not generate it in the most efficient way possible?
Here are some examples of cooling applications:
Efficient Cooling
A co-generation unit will only produce electricity and heat. Integrating an aDsorption cooling system will allow for direct conversion of excess heat to cooling during summer months – increasing year-round capacity utilization, improving efficiency and lowering energy costs. Cooling has become everyday necessity that is intertwined within other process, why not generate it in the most efficient way possible?
Check out our Innovation Hub
Check out our Innovation Hub
Traditional Air Conditioners & Sorption Alternatives
Alternative cooling technologies differ in how they move the refrigerant between the evaporator and condenser [...]
The Exponential Growth of Photovoltaic Electricity Generation
When it comes to Photovoltaic projects there are two types: Distributed Generation and Utility-scale Generation [...]
Enersion awarded the Solar Impulse Efficient Solution Label
Enersion's cooling technology that reduces electricity consumption by 70% and does not use any harmful refrigerant [...]
