Introducing the Grid Innovation Hub
Monash University Energy Institute’s Grid Innovation Hub is a collaborative research vehicle bringing together industry, government and our world-leading researchers to tackle some of the most important opportunities of our time through ingenious research and inspiring education.
Australia’s energy sector is embarked on dramatic transformation, driven by new technologies and increasingly empowered customers. New energy infrastructure, new market designs and dynamic regulatory environments are required for the rapidly approaching low-carbon world.
Cutting-edge data science and grid engineering for next-generation energy technology combined with world-leading market and regulatory design, give Grid Innovation Hub its true interdisciplinary approach to the creation of new opportunities for Australia to lead the world in energy.
Why Partner with the Grid Innovation Hub
Introducing the Grid Innovation Hub: Shaping Australia's Energy Future
Join us at the forefront of Australia's energy transition with the Grid Innovation Hub, an industry initiative convened by the Monash Energy Institute. Together, we're tackling the complex challenges facing our energy system and driving real-world impact through collaborative research and innovation.
Research agenda
The Grid Innovation Hub explores the following key overarching questions:
-
Distribution Networks
Integration of Distributed and Consumer Energy Resources (DCERs) and Consumer Behaviours:
● Research and analysis on the efficient integration of DCERs, including solar panels, wind turbines, and energy storage systems.
● Investigating consumer decision-making, incentives, and the impact of energy-efficient infrastructure on sustainable energy solutions.
Microgrid Design, Operation, and Energy Efficient Infrastructure:
● Developing algorithms and models for optimal microgrid operation, including energy management strategies for resilience and efficiency.
● Prototyping and feasibility studies on energy-efficient infrastructure within microgrids.
Smart Grid Technologies and Data Sharing:
● Exploring advanced metering infrastructure, IoT devices for energy management, and demand response technologies.
● Addressing concerns related to data sharing and privacy within smart grid systems.
Electric Vehicle (EV) Charging Infrastructure and Social Equity:
● Assessing the impact of EVs on the distribution network and developing smart charging strategies.
● Evaluating the implications of EV charging infrastructure on social equity.
-
Transmission Networks
Grid Integration of Solar and Wind Farms:
● Advanced control strategies for inverter-based renewable energy sources and the impact analysis of their high penetration.
● Hybrid energy systems combining solar, wind, and energy storage for improved reliability.
Energy Storage Integration into the Electricity Market:
● Grid-scale energy storage solutions and their role in providing ancillary services.
● Market design for energy storage.
Grid-Forming Inverters and Network Optimisation:
● Development and stability of grid-forming inverter technologies and their integration with renewable energy systems.
● Network optimisation techniques, including technical frameworks and the application of blockchain technology for enhanced grid security and reliability.
Cybersecurity, Environment, and Policy Frameworks:
● Cybersecurity measures for protecting inverter-based grid infrastructure and ensuring reliable operation.
● Regulatory and policy frameworks impacting the deployment of new energy technologies, with a focus on carbon and renewable policy and governance.
-
Cross-Cutting Themes
Renewable Electricity Market (with storage)
● Competition Policy
● Market Design
● Financing the Energy Transition
Social Response to New Energy Technologies : Understanding the interplay between people, new energy technologies, and sustainable energy solutions.
Network Optimisation and Security: Emphasising grid security, the development of technical frameworks, and the innovative use of blockchain and cybersecurity technologies.
Future Control Rooms: investigating new technologies, approaches and methods for enhanced operations, including real-time visibility, explainable AI, data visualisation, uncertainty communication, cognitive load and critical decision making.
News
-
Integration of renewable energy into the grid
There is an enormous imperative to change the way we produce and use energy to mitigate climate change while eradicating energy poverty. Solar and wind power are increasingly replacing coal and gas-fueled energy generation towards a sustainable energy future.
Our people
Projects
-
-
-
Integrating energy storage into the NEM
Bidding, clearing, settlement, dispatch and ancillary markets
-
-
Our facilities
The Grid Innovation Hub utilises a range of facilities as part of Monash's energy infrastructure.
Partners
Contact
Dr Annelieke de Wit
Manager, Projects and Partnerships
Monash Energy Institute and Grid Innovation Hub
Email: Annelieke.Dewit@monash.edu