Scalability of high-power per weight halide perovskites photovoltaics

4 days left

Guildford, Surrey
Fully funded iCASE award from EPSRC
11 Oct 2021
25 Oct 2021
Funded PhD Studentship

The UK strategy for a NThe UK strategy for a Net Zero economy by 2050 and the growing electrification of automotive and aircrafts is fuelling investments in the low carbon economy, predicted to be £170 billion/yr by 2030. In parallel, portable electronics will reach trillions of units in the next years generating huge demand for energy sources with high power per weight (W/Kg). Perovskites are a new class of semiconductors for next generation photovoltaics, already achieving certified efficiencies of 25.2% in glass substrates. The manufacturing process is compatible with lightweight, flexible substrates, making it suitable for high W/kg applications (aircrafts, space, IoT devices, etc). However, the lower processing temperatures required on these substrates leads to loss of performance (~12-15% on 10cm2). Understanding local microstructure on the overall performance is critical together with device area increases due to the lack of fast measurements and methods for quantification of structure.


Apply for Scalability of high-power per weight halide perovskites photovoltaics

Already uploaded your CV? Sign in to apply instantly


Upload from your computer

Or import from cloud storage

Your CV must be a .doc, .pdf, .docx, .rtf, and no bigger than 1MB

4000 characters left

Marketing Communication

IOP Publishing Ltd would like to keep you updated about our journals, books and services by email. By staying in touch you will receive updates, content and industry information most relevant to you. You can change your mind at any time. If you have signed up to receive updates about other services from IOP Publishing, you will continue to receive these. If you wish to opt-out of all marketing communications from IOP Publishing, please see our Privacy Policy.

All emails will contain a link in the footer to enable you to unsubscribe at any time.

When you apply for a job we will send your application to the named recruiter, who may contact you. The named recruiter may be using a third party to collate applications, such as a multi-job posting platform, in which case we will send your application to those third parties on their behalf. The named recruiter is solely responsible for those parties, and IOP Publishing Limited is not responsible for them or the actions of the named recruiter. If you have any concerns or queries about how the named recruiter (or their third parties) may store or use your application, please contact the named recruiter directly.

By applying for a job listed on Physics World Jobs you agree to our terms and conditions and privacy policy. You should never be required by us to provide bank account details. If you are, email us immediately.