Based on its state-of-the-art infrastructure and cutting edge knowledge on plasma deposition, EPFL will contribute to the development of innovative layers for passivating contacts (WP3) and to the integration of passivating contacts in IBC solar cells by using innovative masking deposition approaches to support developments towards the ≥24.5% efficiency target… Read More

Univerza v Ljubljani

UL will contribute to detailed characterization (LBIC, EL) and modelling (opto-electrical) of carrier recombination at cut-edges of investigated solar cell devices (T7.1). UL will upgrade models and develop new sub-models for detailed energy yield predictions of new PV module types and installations (T7.4). UL will perform outdoor monitoring of selected… Read More