While traditional silicon solar panels are becoming increasingly budget-friendly, emerging thin-film solar cells may prove to be even cheaper, thinner, more efficient and flexible. Out of these nascent technologies, the undisputed rock stars are solar cells that use organic materials as semiconductors.
But despite the wide range of potential materials for these future sun-traps,
only a few are making their way out of laboratories and onto the market: partly
because honing in the right materials is a lengthy and costly collaboration
between theory and experiment.
Now, an Australian research team believes to have found a sector-wide solution: a machine-learning model able to predict the energy conversion efficiency of organic materials used in solar cells.
Thierry
Grima, Group Chief Analytics Officer - “These are just experiments: the AI
‘might’ make it possible to accelerate the search for the best materials to
build the new generation of solar panels with better efficiency, but many
questions remain: easy development of the panels, service life of panels,
scaling up…”
Sign up for the ENGIE Innovation Newsletter