RACE for 2030 has launched an innovative project that will advance microgrid development in Australia.
The project, in collaboration with Essential Energy and the University of New South Wales, is developing islandable microgrids that aim to increase network reliability and resilience.
The project is seeking to improve the security of supply, reduce costs related to network augmentation and maintenance, and promote economic activity.
Mike Roberts, the project Chief Investigator from UNSW, said the project is expected to uncover insights into microgrid deployment, which could lead to more sustainable energy solutions.
The project builds upon the foundation of Essential Energy’s accelerated roll-out of reliability-driven microgrids. The project will analyse regulatory barriers, community motivations and expectations for microgrid technologies.
“This initiative enables us to explore innovative solutions for energy distribution while addressing the challenges of integrating microgrids into the broader system.”
By collaborating with UNSW and key stakeholders, we aim to uncover strategies that drive sustainability, improve energy security, and help shape a more adaptive regulatory framework,” said Cory Urquhart, Head of Network Strategy and Future Networks from Essential Energy.
The research will also develop insights and policy recommendations to support networks, to help overcome existing barriers and increase understanding of network-led microgrids.
RACE for 2030 is a cooperative research centre with AU$350 million of resources to fund research towards a clean energy future.