Swansea University has secured £3 million to lead the REACH-PSM project, which focuses on developing and manufacturing sustainable perovskite solar modules in Africa. This initiative aims to revolutionize energy access by establishing the continent’s first large-scale solar manufacturing collaboration with local communities and partners in Nigeria, Rwanda, Kenya, and South Africa.
Revolutionising Solar Energy in Africa
Swansea University has been awarded £3 million to lead a groundbreaking project in sustainable energy. The initiative — known as REACH-PSM — aims to develop and manufacture perovskite solar modules (PSM) in Africa. This project could transform energy access across the continent while empowering local communities.
The REACH-PSM project stands for "Resilient Renewable Energy Access Through Community-Driven Holistic Development in Perovskite Solar Module Manufacturing." It seeks to establish Africa’s first large-scale demonstration of next-generation solar manufacturing. Swansea University will collaborate with universities, businesses, and local communities in Nigeria, Rwanda, Kenya, and South Africa to achieve this goal.
Swansea University has a strong track record in sustainable solar technologies. The REACH-PSM project builds on existing initiatives like TEA@SUNRISE and the UNESCO Chair in Sustainable Energy Technologies. These programs focus on bringing innovative solar solutions to low- and middle-income countries.
A unique aspect of the project is its emphasis on sustainability throughout the lifecycle of solar modules. The team will develop efficient end-of-life treatments to reduce waste. This will involve processes like reuse, refurbishment, and recycling of solar materials. The manufacturing process itself will be designed for a circular economy, thereby ensuring minimal environmental impact.
Transforming Energy Access with Perovskite Solar Modules
Perovskite solar cells represent a significant advancement in renewable energy. These cells are nearing commercialisation and offer several benefits over traditional silicon-based cells. They can be manufactured at a lower cost and require less energy during production. Moreover, they use more sustainable materials, which makes them an ideal solution for regions with limited resources.
Professor Matthew Davies, Principal Investigator of REACH-PSM, highlighted the transformative potential of the project. He said, “Through REACH-PSM, we are bringing together world-class expertise in sustainable materials, photovoltaic technology, and local manufacturing to help revolutionise energy access and resilience across Africa.”
Professor Davies also emphasized the project’s broader vision. “By developing perovskite modules that are not only efficient but also sourced and produced locally and designed for efficient end-of-life processes, we hope to empower communities, strengthen supply chains, and help usher in a more equitable, low-carbon energy future.”
Addressing Africa’s Energy Challenges
The need for sustainable energy solutions in Africa is urgent. More than 500 million people on the continent lack access to electricity. This number has increased in recent years, highlighting the critical nature of the problem.
REACH-PSM aims to address these challenges by promoting local manufacturing of solar modules. This approach will not only improve energy access, but it will also create economic opportunities. By developing a local supply chain for perovskite solar modules, the project could drive clean economic growth across the region.
The project is funded by the UKRI Ayrton Challenge Programme, which supports innovative solutions to global energy challenges. Frances Wood, UKRI International Director, praised the initiative. She said, “The Ayrton Challenge Programme demonstrates the power of research and innovation to address critical global challenges. These projects exemplify how equitable, interdisciplinary collaboration can unlock transformative solutions, ensuring a sustainable and inclusive energy future for all.”
A Path Toward Sustainability
The REACH-PSM project places sustainability at its core with a focus on a circular economy that prioritises recycling and refurbishment to minimise waste and extend the lifespan of solar materials. This innovative approach aligns with Swansea University’s dedication to sustainable energy research and builds on its history of addressing global energy challenges.
By establishing a local manufacturing base for perovskite solar modules in Africa, the project aims to transform energy access, improve social welfare, and reduce reliance on imported energy solutions. This marks a significant step in community-driven development and renewable energy innovation.
Swansea University is at the forefront of a transformative project to revolutionize solar energy in Africa. The REACH-PSM initiative combines innovation, sustainability, and community development. By focusing on local manufacturing and a circular economy, the project aims to create a lasting impact.