Photovoltaics (PVs) convert sunlight directly into electricity without any moving parts, noise or emissions, and form an increasingly important part of the global renewable energy landscape. Today's PVs are energy-intensive to produce and restricted to rigid flat plate designs. The next generation will be based on very thin films of semiconductors that can be processed from solution at low temperature, which opens the door to exceptionally low cost manufacturing processes and new application areas not available to today's rigid flat plate PVs, particularly in the areas of transportation and buildings integration. This talk will highlight the scale and urgency of the 鈥榚nergy challenge鈥�, and present recent progress in the advancement of a tin perovskite PVs 鈥� an emerging 鈥榟ot topic鈥� in PV research.
As it is (almost) St. Patrick's Day please join us for a complimentary Guiness after the lecture!
Tue 21 March 2017 | 16:00 鈥� 17:00 GMT
G54 and Main Concourse, School of Chemistry, University of Manchester.
As it is (almost) St. Patrick's Day please join us for a complimentary Guiness after the lecture!
Tue 21 March 2017 | 16:00 鈥� 17:00 GMT
G54 and Main Concourse, School of Chemistry, University of Manchester.
