The Polish company now offers flexible license-based cooperation opportunities for companies active in the Middle East, available for entities interested in the development, distribution and integration of Saule’s solar cells in BIPV applications.
The subject of the license is an opaque PV product with very high energy conversion efficiency which can be easily integrated with building facades, and an efficient, translucent perovskite cell in any color (a so-called “solar window”).
“Our technology has advanced to a perfect stage now for our customers to take part in the product development process to make sure we meet all their needs and expectations. The goal is to cooperate with companies with a long-term renewable energy strategy, including solar energy harvesting technologies,” said Piotr Krych, co-founder and CEO of Saule Technologies.
Perovskites are crystalline materials that have a great potential to replace silicon, currently the world’s most popular semiconductor in solar cell applications. Saule Technologies has been working on the application of inkjet printing for the fabrication of free-form perovskite solar modules since 2014. This technique allows the shapes and areas covered by each layer to be customized according to requirements. The stability and water resistance of the modules makes them ideal for the construction industry.
The company cooperates with leading international universities in the UK, Israel, Germany, Italy and Spain on advanced research on perovskite applications in solar energy harvesting and optoelectronics. In order to meet the conditions concerning the encapsulation of perovskites, Saule is leading the specific project for the ultra-high barrier film with Ergis Group, one of the leading rigid plastics film producers in Europe. With a Japanese investor on board, along with support from the Polish National Centre for Research and Development and several research grants worth more than €20 million, Saule Technologies is now working on a large-scale, prototype production line.
“We find Middle East as one of the most promising regions for BIPV applications of our product,” Krych added. “The latitude works obviously in favor of solar technology development and makes it one of the most desirable renewable energy sources there.”