Funded Projects

The Intelligent Power Generation project will develop a high-efficiency gas-fired micro-turbine - achieving a 50% fuel saving for the same energy output.

This project will see the development of a high power hybrid transmission system that is three-times smaller and five-times lighter than an equivalent capacity V8 engine.

This project saw the development of a novel transmission system 13 Infinitely Variable Transmission which combines functions of gearbox, clutch and more, allowing for a massive reduction in components.

This project will develop innovative design and assembly techniques for mixed material lightweight structures and aims to reduce vehicle weight, plus increase adoption of recyclable and sustainable materials.

This project is addressing the problem of battery ageing and degradation in large battery applications, by reducing the battery size and weight to help with packaging and range issues in EVs.

This project aims to improve overall EV battery life by maintaining a constant temperature across the entire pack.

Immaterial is working to commercialise a class of porous nanomaterials to absorb gas for different vehicle classes.

This project developed a new generation of EV battery sensors which aim to make a fundamental difference in key aspects of battery testing and manufacture.

This project is developing an innovative communications and analytics platform to allow data collection and monitoring from EV sub systems.

This project helped Cheesecake Energy Ltd demonstrate a new and potentially more cost-effective way of storing energy as compressed air to enable a faster transition to electric fleets.