We have been at the forefront of energy research and innovation for over two decades – both in policy debates and on the ground, assisting organisations assess and transition towards a cleaner more equitable energy future.
Our research provides the relevant social, economic and technical analysis to support international government organisations, national and state governments, local communities and civil society organisations to implement a just energy transition based on renewable energy.
The ISF team provides tailor-made research in renewable energy, energy efficiency and consumer energy resources with the aim to decarbonise the energy sector.
Our researchers have extensive experience in:
- global, regional and country-level energy scenario modelling
- employment modelling and skills studies to facilitate a just transition
- developing visualisation tools to map energy opportunities
- policy research for Federal, state and local governments, communities, councils and industry
- the uptake and implications of consumer energy resources such as electric vehicles, rooftop solar, hot water and battery storage
- increasing energy fairness for disadvantaged social groups such as public housing tenants and First Nations peoples.
Expertise areas
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Net Zero and Nationally Determined Contributions (NDCs)
Climate mitigation pathways for industry sectors, countries and communities on the basis of 100% renewables.
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Customer energy innovation
Maximising benefits to customers, communities and the grid by researching technology, markets, policy and business models for the renewable energy transition.
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Research news and projects
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Caroline Valente:
We're proud to fund this project through our grants program as a collaboration grant. This meant we had the opportunity to work alongside the project partners, the UTS Institute for Sustainable Futures, Community Power Agency, and Parallel Lines to bring this from an inspiring idea to a ground-breaking piece of work.
The Energy Ready project aims to gather lessons and best practices on community energy resilience. So, through extensive desktop research, deep community engagement, collaboration with experts in energy resilience and disaster response, plus a human-centered visual design approach, the project team was able to translate the findings into a one-of-a-kind resource for communities.
Sarah Niklas:
The definition of community energy resilience, which we proposed in the literature review, says that resilient communities are communities that utilise localised energy sources in order to prepare. So, that's to learn and to anticipate, to respond and withstand, and to recover from disasters. And so, they also include aspects of social connections and social learning. They include economic aspects related to affordability and accessibility. And of course, it includes renewable energy technologies and any technology solutions.
Kristy Walters:
As a partner, Community Power Agency brought facilitation skills and engagement skills in figuring out who the communities should be that we are talking to, who are the correct people to come along to the workshop to give their insights and experiences. What they've been through in these disaster-affected communities and at-risk communities, and designing an interactive process that makes communities and people in these workshops feel comfortable and able to express what they've been through and do that deep thinking to share their experiences with others.
Elianor Gerrard:
It's really essential that things like this are actually grounded in lived experience, and the way to do that is to go and listen and hear from communities that have gone through experiences like environmental disasters such as a fire or a flood, and hear about what they've done and then ground anything that you're wanting to inform other communities to help them prepare.
Amy McPherson:
Things that I'm worried about in terms of resiliency are the short-term emergency situations that we're finding ourselves in, whether that's bushfire or flood, but I'm also worried about the long-term energy resiliency of communities.
What I learned today were about understanding how this sort of energy resiliency happens at different levels and in different locations. At the short, more immediate short term, it made me start thinking about how I respond to an emergency situation and what the community needs to do and what I need to do as part of a community in responding to an emergency situation.
Chris Gaul:
One of the things that we thought about with this project was that resilience comes from working out what you need to do for yourself. So, we've designed a guide that isn't just about giving people information and advice but giving them the opportunity to develop their own approach to energy resilience.
Caitlin McGee:
Some of the main challenges we faced, there were two really. The first is that energy resilience is quite a complex topic, so really translating something that's quite complex into something that makes sense for communities. And the other challenge is that the topic can be quite distressing for people, especially communities who have been through disasters. So, trying to really portray the information in a way that's authentic and doesn't deny the seriousness but is also very upbeat and constructive and says here's what you can do.
Caroline Valente:
The Energy Ready Toolkit was produced in consultation with communities for communities, and we really want it to be used. It contains seven steps to guide and help communities leverage their unique features, examine the risks they face, identify shared priorities, and develop a plan of action for improving energy resilience.
So, we encourage communities all across Australia to access this rich resource, use it and reuse it as many times as possible, and tell us how the Energy Ready Toolkit made them a stronger, safer, and more energy resilient community.
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NEWS | October 2024
Revolutionising household energy management
Electricity demand is expected to double by 2050. Energy Masters is a new project aiming to help households manage their energy consumption.
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Project | 2024
Powering First Nations jobs in clean energy
Empowering First Nations Australians with clean energy careers is essential for a successful and inclusive energy transition.
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IMPACT STORY
MyTown Microgrid – a community model for sustainable energy
More communities want to make energy work better for them, and use local resources more sustainably.
Team
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Program lead - Energy futures
Climate change mitigation, efficiency and demand management, labour markets, employment and skills.
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Associate Professor and Research Director
100% renewable energy, energy system analysis, modelling, economics, planning and policy for distributed energy.
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Research Director
Focussing on the transitioning energy system and its impacts within the context of customers, markets, technologies, policy, and business models.
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Research Director
Renewable energy and energy efficiency, techno-financial modelling and options assessment, bioenergy, employment analysis.
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Research Principal
Sustainability reporting, research efficiency and cleaner production, 100% renewable energy models, spatial analysis.
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Research Director
Distributed energy resources, business model innovation, 100% renewables and net zero strategy, economics, and policy.
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Senior Research Consultant
Renewable energy policy, comparative analysis, political economy theory, climate change.
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Senior Research Consultant
Behavioural scientist and social psychologist with experience in qualitative research, intervention design and evaluation in education and health.
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Senior Research Consultant
Research interests include Renewable Energy, Transitioning to Net Zero, Energy Policy and Energy Economics.
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Senior Research Consultant
Environmental Scientist, policy and research on land, energy, water and biodiversity through geospatial analysis.
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Research Director – Strategic Energy Collaborations
Renewable energy system design, construction and performance modelling.
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Senior Research Consultant
Synthetic e-fuels, hydrogen, sustainable technology for hard to abate sectors (aviation, maritime, chemical industry, ammonia, steel, cement).
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Senior Research Consultant
Ibrahim specialises in renewable power systems, distributed energy resources (DERs) systems, energy economics, and artificial intelligence (AI) and machine learning applications in Energy.
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Research Consultant
Helen specialises in modelling and data analysis, focused on civil engineering, construction industry, and material production/management.
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Senior Research Consultant
Just transitions, community benefit, participation and social licence in energy transition, community/international development.
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Research Principal
Systemic problems in the housing, energy and sustainable built environment space; particularly collaborative-action, retrofits and maintenance, and sustainability decision-making.
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Research Consultant
Power systems modelling and analysis, renewable energy integration, demand response, electricity pricing.
Let's collaborate
Whether you have a problem that needs support or an idea for change, our innovative and solutions-focused approach can help you achieve your goals.
Contact Chris Briggs on Chris.Briggs@uts.edu.au for more information.
Planning to undertake graduate research?
ISF has an award-winning graduate research program for Masters and Doctoral students.