The core of this high impact technology is an elegantly simple device, based on our solid-state technology. This solid-state stack, made from shape memory alloy (SMA), is at the heart of Exergyn’s innovations. It will deliver products that:



  • Are highly efficient and cost-effective
  • Have NO emissions of greenhouse gases or other pollutants
  • Are simple and quick to install with existing skills
  • Are flexible and scalable
  • Are robust and low maintenance
  • Produce clean, reliable energy
  • Can slot into existing products
  • Are not intrusive regarding noise and vibration


Climate change presents a number of major global challenges. We need to reduce our emissions of greenhouse gases and be more efficient with our energy. We need to

  • Cut emissions of refrigerants.
  • Decarbonise heating.
  • Increase the efficiency of cooling and refrigeration.
  • Use wasted heat, particularly low-grade heat.
  • Generate clean controllable electricity when we need it.
  • Be able to store energy.

Many technologies are available which can solve some of these problems, but they cost more than existing products. Customers are not always willing to pay the premium for green products, so in order to really disrupt the market and provide products to mass markets, industries will have to find cost-competitive solutions, which can quickly and easily replace existing, more environmentally harmful products. Exergyn’s innovative, easy-to-use platform technology will be able to do this. How? The Exergyn SMA core can be slotted into a range of existing energy products, replacing the elements that are harmful to the environment with zero-carbon, pollutant-free alternatives. The change is simple, the enhancement is game-changing.


Domestic and Industrial Heating

Domestic and Industrial Cooling

Waste Heat Recovery

Energy Storage

Renewable Energy

Exergyn’s solutions will enable customers to:

Reduce greenhouse gas emissions to tackle climate change


Reduce energy costs

Heat and cool buildings efficiently

Make use of low-grade waste heat


Increase revenue and efficiency from power-generating plants

Reduce pollutant emissions for cleaner air

Maximise energy efficiency


Increase the reliability of power supply

Enable the delivery of environmental CSR objectives