Bratislava, January 1, 2024 – In a significant leap forward for sustainable energy technology, the SMARTLINE-PV project is set to redefine the landscape of thin-film solar cells by advancing tin halide perovskites as a viable and less toxic alternative to lead-based systems. As part of this groundbreaking initiative, Filbau has taken a pivotal role, leading key components including demonstration, commercial results exploitation, and the creation of the project’s identity.
Tin halide perovskites have emerged on the research front due to their promising efficiency rates of up to 14.6%, signaling a potential shift towards more environmentally friendly solar technologies. The SMARTLINE-PV project, through its development of a novel plasma-assisted crystallization technology, is aiming to push these efficiencies to between 20-25%. This method not only facilitates rapid, low-temperature processing but also offers precise control over the material’s formation, essential for scaling up to industrial production.
“Through SMARTLINE-PV, we’re not just refining technology but reshaping the future of how buildings integrate sustainable energy solutions,” states a lead researcher from Filbau. The project focuses on overcoming traditional barriers in solar cell development, such as enhancing stability and efficiency, and aligns with broader environmental goals, including eco-design and the circular economy.
Crucially, Filbau’s leadership extends to the practical application of this technology. The company is at the forefront of developing innovative building-integrated photovoltaic (BIPV) products, such as novel sunshading and window-integrated PV demonstrators. These products are designed to seamlessly integrate into building facades, offering a dual function of energy generation and aesthetic enhancement without compromising architectural integrity.
As Europe pushes towards greener building standards and energy solutions, the advancements from the SMARTLINE-PV project led by Filbau are expected to play a crucial role. The project not only paves the way for more sustainable construction practices but also boosts the European photovoltaic industry’s standing on a global scale.
The tin perovskite solar cell technology, which is set to reach Technology Readiness Level (TRL) 5, will undergo extensive real-world testing through BIPV demonstrators. These developments are keenly watched by industry leaders and environmental advocates alike, representing a significant stride towards reducing the solar industry’s reliance on toxic materials and fostering a more sustainable future.
More information:
https://cordis.europa.eu/project/id/101122327
