Australia's solar research scene is about to get a major boost, thanks to a fresh injection of funding from the Australian Renewable Energy Agency (Arena). The University of New South Wales-led Australian Centre for Advanced Photovoltaics (ACAP) has secured a six-year extension, taking its research program all the way to 2032. This funding, amounting to $7 million annually, is a significant vote of confidence in the potential of solar technology to drive the global clean energy transition.
ACAP's executive director, Professor Renate Egan, emphasizes the importance of this long-term commitment. "Solar is a young technology with immense room for improvement," she says. "Arena's investment is about shaping the energy landscape of the future. Just as the breakthroughs of the 1980s laid the foundation for today's solar industry, the research we're funding now will define the energy systems of the 2030s and beyond."
ACAP's focus is on reducing solar costs while enhancing performance, durability, and sustainability. The goal is to scale solar power to multi-terawatt levels, powering Australia's net-zero future. This ambitious vision is underpinned by a strong legacy of solar research in Australia, dating back to the 1970s.
"Australia has a rich history of solar innovation," says Arena CEO Darren Miller. "ACAP has been instrumental in translating this expertise into globally recognized breakthroughs. This extension ensures Australia remains at the forefront of solar innovation, driving down manufacturing costs and supporting our clean energy transition."
ACAP's collaboration with universities and industry partners has yielded impressive results. Innovations like SunDrive's copper-based solar cells and Hello Again Solar's laser-based recycling technology showcase the potential for Australian research to create commercial opportunities. Additionally, ACAP's work in silicon materials and defect control, led by teams at the Australian National University, is providing manufacturers with clearer paths to higher efficiency and yield.
One of the most fascinating aspects of ACAP's research is its focus on real-world performance and reliability. Their work at UNSW on corrosion and UV-induced degradation in TOPCon technologies is directly influencing industry testing protocols and design approaches. This ensures that solar modules can deliver long-term performance in diverse and challenging conditions.
"These advances are a testament to the deep skills base developed through ACAP," says Professor Egan. "Our research is not just about pushing the boundaries of technology, but also about ensuring its practical application and impact."
As ACAP embarks on its next phase of research, the potential for solar technology to transform the energy landscape is immense. With continued support and innovation, Australia is well-positioned to lead the way in the global transition to clean energy. The future of solar is bright, and ACAP's research will undoubtedly play a pivotal role in shaping it.
