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Solar Forensics: Investigating PV Performance & Reliability

Like CSI for solar energy, we uncover the root causes of issues in solar cells, panels, and systems across the entire value chain.

Think of us as CSI for solar energy. We investigate performance limitations and reliability issues in photovoltaic technologies, from individual solar cells and panels to large-scale PV systems. Using advanced characterisation, modelling, and data analysis, we diagnose problems and uncover pathways to improve efficiency and longevity across the entire solar value chain.

Meet the Team

Fiacre

Dr. Fiacre Rougieux

Group Leader

Hanrong

Hanrong Huang

PhD Candidate

Yang

Yang Tang

PhD Candidate

Zhimeng

Zhimeng Wang

PhD Candidate

Bella

Bella Yang

PhD Candidate

Alumni

Yan

Yan Liu

Researcher

Ryan

Ryan Hall

PhD Candidate

Zhuangyi

Zhuangyi Zhou

PhD Candidate

Yalun

Yalun Cai

PhD Candidate

Abhinav

Abhinav Sharma

PhD Candidate

Our Research Focus

SIRF

Our research targets five key areas to push the boundaries of photovoltaic and optoelectronic technology:

  1. Advancing data-driven PV system performance diagnosis.
  2. Creating ultra-reliable "50-year" modules through reliability engineering.
  3. Boosting industrial solar cell efficiency via advanced defect/surface passivation and novel contacting.
  4. Developing next-gen high-efficiency solar cells beyond single-junction limits.
  5. Innovating light-emission and power-electronics devices with novel materials and configurations.

Key Technologies

  • Deep Level Transient Spectroscopy (DLTS)
  • Impedance Spectroscopy
  • Lifetime Spectroscopy
  • Laser Processing
  • Photoluminescence Spectroscopy
  • Time-Resolved Optical Spectroscopy

Modelling Expertise

  • Advanced System Modelling (HOMER, PV lib, Sunsolve)
  • Advanced Module Modelling (TCAD)
  • Detailed Cell Degradation Modelling
  • Detailed Recombination Modelling
  • Advanced Defect Modelling (DFT)
  • Ab Initio Material Property Calculations

International Collaborators

ISFH ANU WARWICK ISE INSA TNO MANCHESTER

Publications

TETB

Teaching & Education

Teaching

Solar Cells

Design, optimise, and analyse solar cell performance.

Solar Cell Course

Applied Photovoltaics

Learn to design Australian Standards compliant stand-alone PV Systems.

Future Grid 101

Learn about the future of electricity grids.

Future Grid 101 Course

Our Supporters

ARC ACAP ARENA NSSN RACE for 2030

Join Us

PhD and Honors Opportunities

We are seeking passionate and talented students to join our innovative research team. If you're interested in pursuing a PhD or Honors project in cutting-edge photovoltaic and materials science, please get in touch!

Contact Us
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