Silicon solar cells dominate the commercial PV industry, but the highest performance solar cells consist of multiple compounds of III-V materials (). A key barrier for III-V materials is cost, both in terms of fabrication, and the platform. In the III-V on Silicon group, we are working to combine the performance advantages of III-V materials with the cost advantages of a Silicon platform.泭
Integrating the high efficiency silicon solar cell designs and processes developed at UNSW with the high quality deposited III-V materials from our collaborators at Ohio State University will enable more cost-effective high-performance solar cells. Already our work has led to two world record devices with more improvements expected泭in the near future.泭泭
Our people
Contact us泭泭
Find more information on all the interesting projects were working on and request access to our materials泭
Stephen Bremner
楚:泭莽.莉娶梗鳥紳梗娶高喝紳莽滄.梗餃喝.硃喝泭
Research partnerships泭泭
If youre interested in becoming a postgraduate research candidate at SPREE, please connect with us. We also welcome partnerships with industry and would love to talk to you.泭
Julie Lui (postgraduate enquiries)泭
E:泭j.lui@unsw.edu.au
Bram泭Hoex泭(research partnerships)泭
楚:泭b.hoex@unsw.edu.au泭 泭