Canadian Solar’s anti-hail technology is designed to enhance the durability of solar panels against extreme weather.
The project represents a significant advancement in Australia’s renewable energy landscape. Canadian Solar’s technology is engineered to protect solar panels from harsh weather, such as hailstorms, improving their longevity and performance. Dr. Shawn Qu, chairman and CEO of Canadian Solar, emphasized the collaboration’s value, stating: “We are proud to partner with Flow Power to bring our advanced anti-hail solar panels to Australian energy projects. This first project highlights our commitment to providing innovative solutions that enhance the durability and performance of solar energy systems in Australia.”
Flow Power, the project developer, aims to integrate this technology to bolster the resilience of its energy systems. Tom Harrison, general manager of Flow Power’s energy projects, expressed enthusiasm for the initiative, saying: “We’re excited to be using Canadian Solar’s TOPCon anti-hail panels in our upcoming energy projects. At Flow Power, we are committed to innovation, and we always work to make each new project better than the last. That includes building smarter, more resilient energy solutions, and the Coonawarra energy project is a testament to that mission. By integrating anti-hail technology into our solar farms, we are not only enhancing the durability of our assets, but also ensuring greater reliability for our customers, even in extreme weather conditions.”
This collaboration builds on Canadian Solar’s broader efforts in renewable energy. In January 2025, its e-STORAGE division secured a deal to supply two gigawatt hours (GWh) of battery storage to Copenhagen Infrastructure Partners for two large-scale projects in Scotland. The Coonawarra project, however, stands out as a pioneering step in Australia, blending solar power with advanced protective technology to meet the region’s energy needs sustainably.
The deployment in South Australia’s wine region underscores a practical approach to addressing environmental challenges while advancing clean energy goals. With construction set for 2025, the project promises to deliver a reliable and robust energy solution, showcasing the combined expertise of Canadian Solar and Flow Power in the renewable sector.
