Goal 7: Affordable and Clean Energy

Ensure access to affordable, reliable, sustainable and modern energy for all

The University of Wollongong is committed to working towards the United Nation's Sustainable Development Goals (SDGs) through its governance, teaching and learning, community engagement, partnerships and research. The following initiatives are by UOW staff and students working towards SDG 7: Affordable & Clean Energy.

Case studies

In 2024, UOW accelerated its transition to renewable energy by installing an onsite solar photovoltaic system at the Innovation Campus. The solar PV systems, which are now operational across the UOW Wollongong, Innovation and Southern Highlands campuses, are designed to maximise local consumption of solar energy to reduce reliance on grid electricity and cut greenhouse gas emissions.  

Additionally, UOW was successfully awarded a $2.5 million Australian Renewable Energy Agency (ARENA) battery grant to fund the installation of 10 medium-scale batteries. The batteries will have a combined capacity of 2.2MW / 5.42MWh, with work scheduled to commence in 2025.

At the Wollongong campus, two 360kW super-fast EV charging stations were installed in 2024, as well as one 184kW EV charging station and one 22kW charging station, with support from the Drive Electric NSW Electric Vehicle fast charging grants (Round 2). This grant positions UOW as a crucial player in the state’s efforts to create an EV “super-highway” and boosts the region’s transition to zero-emission vehicles.  

A major milestone was the development of the Clean Energy Living Laboratory at the Innovation Campus, where a precinct-based microgrid enables real-time research on distributed electricity generation, storage, demand management and control technologies. Led by UOW’s Australian Power Quality Research Centre (APQRC), the project is set to be Australia's first mixed-use, precinct-based microgrid. The project has received $1.1 million from the NSW Government to drive the development of microgrid technology and help communities and precincts reduce their carbon footprint.

The University of Wollongong’s 2024 renewables commitment extended beyond infrastructure, with the University renewing its electricity contract in 2024 with the intent to deliver 75 per cent renewable energy, alongside a Virtual Energy Network to trade excess solar power between campus accounts. The University fleet continued transitioning to electric vehicles, and the new charging infrastructure was supported by a staff EV subscription partnership with Origin EV 360, lowering barriers to cleaner transport. 

Researchers at UOW's Sustainable Buildings Research Centre (SBRC) used standardised simulation methodology to evaluate how energy efficiency upgrades can transform social housing into net zero energy developments. The study assessed the impact of energy efficiency upgrades across multiple climate zones in NSW, focusing on practical, cost-effective measures to improve thermal comfort, reduce carbon emissions and reduce tenant energy costs.

It was demonstrated that energy efficiency upgrades for low rise unit complexes – particularly solar photovoltaic systems, insulation and appliance electrification – can significantly improve thermal comfort while reducing energy use, costs and carbon emissions. By demonstrating cost-effective upgrade strategies that deliver both environmental and social benefits, this research supports climate change adaptation and thermal comfort improvements for low-income households. The study's findings support a clear pathway for achieving net zero targets in social housing while simultaneously improving living conditions for vulnerable communities.  

Initiatives

The University of Wollongong has completed comprehensive LED lighting upgrades across 11 buildings and outdoor areas on its Wollongong and Innovation campuses, utilising government subsidies through the NSW Energy Savings Scheme. The project is expected to reduce annual electricity consumption by 1.2 million kilowatt hours, delivering approximately $370,000 in operational savings each year.

Additional LED replacements are being implemented at Campus East accommodation, where outdated lighting systems required updating due to discontinued replacement components. The comprehensive lighting upgrade program demonstrates UOW's commitment to reducing energy consumption while improving campus lighting quality and reducing maintenance requirements. 

Ten electric hot water systems across UOW campuses have been replaced with energy-efficient heat pump systems, supported by NSW Energy Savings Scheme subsidies. The heat pump technology significantly reduces electricity consumption compared to traditional electric hot water systems while maintaining reliable hot water supply. 

This upgrade contributes to UOW's carbon neutrality commitments while reducing ongoing energy costs. 

The University of Wollongong has installed demand response equipment in two campus buildings to trial innovative grid management technologies during peak electricity demand periods. The pilot program tests how building heating, ventilation and air conditioning (HVAC) systems can automatically adjust operations during high grid loading events, typically occurring on extremely hot or cold days.

The demand response trial aims to reduce energy costs, align HVAC operations with solar energy generation patterns, and manage demand spikes through virtual power plant technologies. This smart building approach supports campus energy management innovation while contributing to electricity grid stability. 

Our Carbon Management and Climate Adaption and Resilience Action Plan (PDF) highlights actions to be completed to achieve our energy and carbon reduction targets. Energy efficient lighting upgrades, onsite solar PV installations and renewable energy procurement are some of the key initiatives.

Research environment

Sustainable Buildings Research Centre
Blue Energy Futures Lab
Institute for Superconducting & Electronic Materials