Projects

Current Projects

CEPREC

The Circular Economy Powered Renewable Energy Centre (CEPREC) is a £3.5m Pan-African Research Centre of Excellence driving sustainable energy solutions through circular economy innovations.

Funders

On-board SYstems Relevant for hYbridization of Regional aircraftS (OSYRYS)

The achievement of the ACARE emission reduction targets, in combination with the projected growth in new aircraft deliveries, requires the aviation industry to do a further step, by drastically shifting towards electric/hybrid-electric propulsion also for larger aircraft, thus resulting into high electrical power distribution levels. The latter introduce new challenges in terms of electrical power generation & distribution, thermal management and energy management technologies to safely manage on board electrical power at these MW power levels.

As a continuation of HECATE and TheMa4HERA projects, the OSYRYS consortium is uniquely positioned for the development and maturation of these technologies, targeting testing and integrated demonstration at TRL6 of electrical power generation & distribution solutions, thermal management solutions and avionics solutions for energy management relevant for future Ultra Efficient Hybrid Electric Regional Aircraft, in line with the objectives of REG-02 and the Clean Aviation SRIA.

The OSYRYS consortium unites 14 industries of which 2 aircraft OEMs (ATR and AIRBUS), 5 SMEs and the others, including the coordinator, are industry leaders on aerospace electrical power generation and distribution system, but also thermal and avionics systems. This is complemented by 6 RTO institutions. 4 organizations are newcomers of which 2 are newcomers to aeronautics, providing spin-in from other industries or research fields. The participants are spread over 7 European countries.

This ambitious 60-months programme, valued 55,5 MEuros for a grant request of 40 MEuros, will be implemented in tight relationship with REG-01, REG-03 and ACI-01 topics.

Funders

EPSRC IKC for Ultra Wide Bandgap Power Devices

£12M project funded by EPSRC (2024 to 2029)

International knowledge centre for ultra-wide bandgap Semiconductors led by University of Bristol

Funders

Past Projects

Royal Society Industry Fellowship for Prof Layi Alatise (2020 to 2025)

Funders

Warwick Electrification Development (WELD) (2022 to 2025) £963,190

The University received funding for two Driving the Electric Revolution Industrialisation (DER-IC) facilities, the Winding Centre of Excellence and the power electronics reliability and failure analysis space. WELD will use these one-of-a-kind in the UK open-access facilities to provide innovative hands-on training and complementary educational activities without IP restrictions. The trained workforce will help UK businesses to develop and scale new PEMD technologies and manufacturing processes.

The University's expertise in the field of power electronics and eMachines will support three delivery strands: one-day industry workshops, outreach activities in schools, and enhancement of the academic PEMD teaching provision. The fourth strand is the design of an IP-free eMachine, with active parts manufacture, assembly and testing on campus, required for hands-on learning experiences.

Transferred knowledge about manufacturing impact on part and device performance i.e., critical differences between virtual prototype characteristics and real-world performance, will de-risk product development and improve timelines and reliability. Insight to the equipment used in eMachine manufacture and testing combined with skills building will become accessible to a wide audience, without facing expensive design procedure or tooling investment.

Funders

Wide Bandgap Power Electronics and EMC – Bridging the gap (2024- 2025) £2,000 International Partnership Fund

The objective of this collaborative project is bringing together expertise on EMC and WBG power electronics to start shaping a research partnership between the Power Electronic & EMC group (University of Twente) and the Power Electronics Applications and Technology in Energy Research (PEATER) group (University of Warwick), exploring potential avenues for collaborative research. Research-informed teaching is paramount in this area (EMC and power electronics) and the project will investigate how to implement innovative low-cost teaching methodologies.

The main objectives of the project were:

Stablishing a research/working relationship with the University of Twente (Power Electronic & EMC group)
Development of ajointworking group on teaching EMC and power electronics in engineering
Organisation of a research/industry focused workshop on EMC and Power Electronics at Warwick
Writing a joint paper on the development of EMC teaching material