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Research activities
- Characterisation, defects & machine learning
- Atomic-scale engineering for higher efficiency solar cells
- Bioenergy and renewable fuels
- Distributed renewable energy systems
- Mini solar
- Grid integration of variable renewable energy
- New solar PV materials
- New tandem solar cells III-V
- Perovskite solar cells
- Perovskites & organics
- Recycling & assessment of environmental & financial costs of PV
- Rate & impedance analysis of lithium-ion batteries
- Weather forecasting applied to renewable energy resources
- Impedance analyses for next generation battery management systems
- Advanced PV concepts
- Renewable energy in emerging economies
- High rate energy storage
- Silicon PV metalisation & interconnection
- Industrial solar cells
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- Home
- About us
- Study with us
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Our research
Research activities
- Characterisation, defects & machine learning
- Atomic-scale engineering for higher efficiency solar cells
- Bioenergy and renewable fuels
- Distributed renewable energy systems
- Mini solar
- Grid integration of variable renewable energy
- New solar PV materials
- New tandem solar cells III-V
- Perovskite solar cells
- Perovskites & organics
- Recycling & assessment of environmental & financial costs of PV
- Rate & impedance analysis of lithium-ion batteries
- Weather forecasting applied to renewable energy resources
- Impedance analyses for next generation battery management systems
- Advanced PV concepts
- Renewable energy in emerging economies
- High rate energy storage
- Silicon PV metalisation & interconnection
- Industrial solar cells
- Student life
- Alumni & industry
- News & events

As the amount of renewable energy in our energy market mix continues to increase, so does the percentage of that energy that is classified as “variable renewable energy, opens in a new window” (VRE). The variability and uncertainty of energy generation arising from VRE present certain challenges for electricity market planning and operation, including ensuring that supply can be delivered securely, reliably and with the required flexibility across different timeframes.
Delivering reliable and low-cost electricity through the transition to a renewable energy grid will require new approaches to planning and operation, and informed market reform and policy will be required to support the development, deployment and successful integration of renewable energy and low carbon technologies.
SPREE works with UNSW’s interdisciplinary Collaboration on Energy and Environmental Markets (CEEM, opens in a new window) to develop data sets, modelling and analysis tools to improve planning and operation of electricity industries with high VRE, assess appropriate electricity market design and regulation for high VRE integration, and to conduct interdisciplinary policy analysis.
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Find more information on all the interesting projects we’re working on and request access to our materials
Research partnerships
If you’re 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.