Title: Printable chalcopyrite CIGS thin film solar cells

Biography:

Brijesh Singh Yadav, a material specialist/technologist, associated with saule technologies which is situated at Wroclaw, Poland. Currently, he is working in the area of inkjet printable flexible perovskite thin film solar cells. He has published more than eight apublications in the reputed international journal as a first author and also presented his work in renowed international conferences. For his doctoral work, he has awarded by the prestigious AWSAR (Augmenting Writing Skills for Articulating Research) award 2020 by Gov of India and excellence research award-2021 by IIT Hyderabad.  

Abstract

Capturing a 1.5% market share among thin-film technologies, Copper Indium Gallium diselenide Solar Cells (CIGSSC's) have made a distinctive mark. The bottleneck of CIGSSC's emerging disruptive photovoltaic technology is the scalability and cost towards manufacturing of CIGS absorber layer that needs to be addressed. The dynamically evolving research into non-vacuum approaches, especially on the drop on demand-based inkjet printing technology for the preparation of CIGS absorber layer, has paved the way for this. This talk would cover a unique outlook on key strategies for fabricating the CIGS absorber film using a combination of ink and inkjet printing technique. In this connection, a inclusive overview covering various research and technological aspects of the inkjet printing technique for preparation of CIGS thin film solar cells will be discussed.