Abstracts were invited for oral and poster presentation at PVSEC-31, the 31st International Photovoltaic Science and Engineering Conference held in Sydney, Australia, in December 2021. The submission process supported researchers, engineers, and professionals sharing work across photovoltaic science and engineering.
Submission Guidelines
- Abstracts were required to align with the conference's technical scope in photovoltaic science and engineering.
- Submissions included author details, affiliation, and a structured abstract suitable for peer review.
- Accepted contributions were scheduled within the conference's technical tracks and plenary sessions.
Important Dates & Deadlines
- Abstract submissions formed part of the lead-up to the December 2021 event in Sydney.
- Review decisions informed the final placement across oral and poster sessions.
- Confirmed speakers and accepted abstracts were featured on the program and speakers listings.
Review Process
Submitted abstracts were reviewed by the organising committee for relevance, scientific merit, and fit within the conference program. Authors of accepted submissions were invited to present as part of the technical tracks alongside the Opening Plenary and the dedicated 100% Renewable Energy Session held on Tuesday 14 December 2021 at 12:00pm AEDT.
Conference Contact
For questions related to abstract submission and the conference program, the organising committee could be reached at pvsec31@pvsec-31.com.
View the full Conference Program for details on tracks, sessions, and accepted presentations.
The 31st International Photovoltaic Science and Engineering Conference brought together researchers, engineers, and industry professionals from across the globe to share advances in solar energy technology. Held in Sydney, Australia, the event served as a vital platform for exchanging ideas on photovoltaic materials, cell architectures, and system integration. With the global community facing new challenges, the conference highlighted the importance of renewable energy innovation and international collaboration. Attendees explored how emerging photovoltaic technologies can accelerate the transition toward cleaner power generation, making the event a cornerstone for those dedicated to advancing solar science and engineering worldwide.
Recognising the need for broad accessibility during a period of global travel restrictions, the conference offered a hybrid participation model that blended in-person sessions in Sydney with virtual access for remote attendees. This approach ensured that photovoltaic specialists from every continent could contribute to and benefit from the technical programme without barriers. The virtual platform enabled live streaming of plenary talks, interactive Q&A sessions, and networking opportunities that mirrored the energy of an in-person gathering. By embracing digital connectivity, the conference expanded its reach and reinforced the global nature of the photovoltaic research community.
The technical programme spanned the full breadth of photovoltaic science, from fundamental material studies to large-scale deployment strategies. Topics included silicon and thin-film technologies, tandem and multijunction cells, building-integrated photovoltaics, and system reliability. Poster sessions and oral presentations gave early-career researchers and established experts alike the chance to present findings and receive constructive feedback. The event also fostered discussions on standardisation, testing protocols, and pathways to commercialisation, ensuring that scientific progress translated into practical, real-world impact for the solar energy industry.