Interface-friendly hole-transporting materials for low-cost and stable perovskite solar cells
Dueto the highpowerconversion efficiencies, fast and cost-efficient production, the furtherdevelopment ofsolution-processable perovskitesolar cells (PSCs) can enable this promising solar energy technology to reach the required yottawatts ofrenewable energy capacity. There is a great probability that PSCs will occupythe photovoltaic market. Before that, thecertain limitations, including the lack of cost-effective hole-transporting materials (HTMs) which would enable toenhance the limited PSC stability, should be overcome. Our consortium aims to develop cost-efficientHTMs and investigate the fundamental and applied aspects of perovskite/HTM/metal interfaces in relation todevice stability. The overall aim of T-i-PSCer project is to boost the scientific excellence and innovationcapacity of three ECIU universities and their non-academic partner in developing interface-friendly HTMs forstable PSCs with the commercial potential. The additional beneficial result of the project is theestablishment of a brand-new collaboration between the three partners in theECIU priority research area, i.e.energy and sustainability.
Kaunas University of Technology
Kaunas University of Technology (KTU) is one of the largest technological universities in the Baltic States, renowned for its innovation, interdisciplinarity, and strong ties with industry. The university brings together the communities of science, education, and industry to create advanced ideas and solutions for society. Around 8,000 students study in various fields of engineering, technology, social sciences, and humanities, while KTU’s research and partnerships with industry leaders contribute to building a sustainable future.
Lithuania
Linköping University
Linköping University (LiU) is a top-ranked Swedish university, recognised globally for its interdisciplinary research and innovative teaching. From the start, LiU has pioneered collaboration with industry and society to address real-world challenges. It leads in fields like telecommunications, healthcare, energy technology, and materials science.
Hosting major European infrastructures such as the AI Factory MIMER and the supercomputer ARRHENIUS, LiU plays a key role in driving innovation. With 45,000 students and staff, Linköping University offers a dynamic environment where creativity, excellence, and collaboration thrive.
Sweden
Tampere University
Tampere University is one of the most multidisciplinary universities in Finland. Almost all internationally recognised fields of study are represented at this university. Combining world-class research and innovation activities; Multidisciplinary learning and lifelong partnerships; Unique expertise in developing applications that benefit industry, business and the public sector.
Finland
