We are proud to announce that Coolsheet has signed a 2-year research agreement with UNSW under the Trailblazer for Recycling and Clean Energy (TRaCE) grant program. This continues our R&D collaboration with UNSW, focusing on materials science research and design for manufacture to help us prepare for scale ahead of a move into an automated manufacturing facility here in Australia during 2026/27. Huge thanks to the TRaCE team for running an efficient process that is a good match for startup pace and to Prof. Robert Taylor and the team at the UNSW Mechanical and Manufacturing Engineering. #futuremadeinaustralia #renewableheat #solarpv #pvt #startup Ben Seers Aidan Johnstone Gabriella Nunes Anastasia Bruniaux Amr Omar Craig Peden Finally, a big thank you also to Dave Fleming who was instrumental in setting up the deal before he moved over to the India-Australia RISE program at CSIRO.
Exciting new TRaCE project! Overheating remains a key limitation of solar PV systems — reducing efficiency and shortening the lifespan of solar panels. But what if that excess heat could be captured and repurposed? Coolsheet, co-founded by Tom Hoole and led by Doug Smith, is an innovative Photovoltaic Thermal (PVT) that boosts energy output, extends panel life, and delivers renewable heat — all from the same system. Now in partnership with UNSW through a Trailblazer for Recycling and Clean Energy (TRaCE) project, Coolsheet is advancing to the next stage of development. Led by Professor Robert Taylor, the project is focused on scaling up manufacturing through advanced R&D and testing real-world applications across residential rooftops, industrial facilities, and public infrastructure such as swimming pools. Benefits: 🔹 Delivers up to 15% more energy over the lifetime of the solar system 🔹 Enhances solar panel lifespan 🔹 Generates both electricity and usable heat from the same system Coolsheet™ represents a significant step forward in integrated clean energy technologies, helping unlock more value from solar infrastructure while accelerating the transition to net zero. Interested in learning more? 👉 The full article link is in the comments. Amr Omar, Ben Seers, Craig Peden, Aidan Johnstone, UNSW Mechanical and Manufacturing Engineering