What we do
Smart sustainable energy storage for heating & cooling.
The most important innovation ever in energy storage for thermal management of buildings
ChillBank™
Pioneering Thermal Storage for a Decarbonised Future
Lower capital cost
Reduce chiller and cooling tower sizing.
Reduce footprint
Less space required than sensible heat storage.
Cut expenditure
Sizeable load shifted to off-peak and increased plant efficiency.
Kick sustainability goals
Increase uptake of renewables and removal of gas.
Lop peak load
ChillBank™ capacity on standby for rapid discharge (~60% in first 1.5 hours).
Discover the Future of Sustainable Energy Storage
Download our sales brochure and discover the benefits of integrating ChillBank™ into a heating ventilation and cooling system.
How does the ChillBank™ work?
ChillBank™ provides greater energy flexibility for space heating and cooling.
Store thermal energy when clean electricity is plentiful and draw upon ChillBank™ when energy is in high demand.
Case Study
A commercial installation of a 400 kWh system at the Mark Oliphant Building at Flinders University.
UniSA Mawson Campus
A pilot installation of working prototypes at a lecture hall at the UniSA Mawson Campus.
An experimental project at CSIRO’s Supercomputer at Pawsey, WA.
A Founding Member of SIM-PAC Live
We are proud to be at the forefront of accelerating the transition to sustainable industrial manufacturing.
Our commitment to sustainability aligns with SIM-PAC's mission to connect innovators and drive the circular economy forward.
Our Collaborators
Curious how ChillBank™ could benefit you?
Let’s talk about what we can do for your business and industry.