Electrification and Energy Systems Network Projects

This project is developing technology to wirelessly harvest energy from high voltage power lines, providing a cost-effective and reliable power source for telecommunications equipment in remote areas.

This project proposes a novel charging pad placed in the road to provide temporary repeating charging while the vehicle is in operation, and proves out the practical application of road charging pads for bus electric vehicles in a real-world setting.

This project develops access to residential mixed fuel use to enable more granular forecasting of demand when transitioning away from fossil fuels to electrification.

This projects is scaling up an innovative process to recycle lithium from end-of-life Li-ion batteries.

Extending the existing SunSPOT tool to provide future-proof investment advice for an all-electric future, by helping users to identify the best solar and battery system for their future electricity use

This project aims to revolutionise energy management in Australia, developing a real-time AI-driven platform to manage energy bidding and trading for households and businesses, ensuring a balanced, reliable, and economically optimised energy supply.

The project involves developing an AI-driven energy management platform with a modular, plug-and-play battery system that integrates with EV chargers and solar inverters.

This document captures the combined responses of the University Partners of the Electrification &Energy Storage Network of the NSW Decarbonisation Innovation Hub and RACE for 2030.

A submission from the NSW Decarbonisation Innovation Hub to the Federal DCCEEW public consultation on the Electricity and Energy Sector Plan: Enabling electrification for a smooth transition

Capabilities across the EESN university partners to meet the demands of the offshore wind community, and government.

Developing decarbonisation solutions for the existing fleet of diesel-powered heavy vehicles and machines, particularly in primary industries.