Showcasing latest transport innovations at the UK’s largest Low Carbon Vehicle event

Coventry University researchers exhibited their latest transport related innovations at one of the industry’s leading Low Carbon Vehicle (LCV) and Connected Automated Mobility (CAM) events. Cenex-LCV and Cenex CAM is one of the UK's most established technology and networking exhibitions and takes place every year.

A number of LCV and CAM products and research led innovations designed by university experts for use by the automotive industry to electrify transport and reduce carbon emissions were taken to the event:

• Research that delivers cost effective and safe solutions to test thermal management systems for lithium-ion batteries.
• Smart cell expertise that supports the rapid prototyping of new batteries to unlock their full performance.
• Hydrogen energy research which focuses on improving hydrogen fuel cell and electrolyser technologies to enhance the performance and durability of hydrogen fuel cells and accelerate manufacturing processes
• Connected and Automated Mobility research that develops intelligent, connected vehicle technology with the potential to transform the way that people and goods are moved by replacing some, or all, of the driving tasks
• The AirOne, a first-of-its-kind urban airport that encompasses a passenger drone and showcases the university’s National Transport Design Centre’s expertise in human factors, which puts user experiences at the centre of future transport designs.

Staff from the university’s Research Centre for E-Mobility and Clean Growth shared a stand with their industry partner FEV, a global engineering consultancy that is helping to shape the future of the mobility sector for carbon-neutral, efficient, connected, and safe transportation.

The two-day exhibition (7 and 8 September) took place at UTAC, a specialist vehicle proving ground designed for emerging technologies focused on automated, connected and electric vehicles. Visitors to the stand learned about the following transport related innovations. 

FEV showcased their research and development into low carbon powertrains. This included a Toshiba 48V car battery model with long-life, rapid-charging battery cell technology; a hydrogen engine piston from FEV’s hydrogen engine which is a robust, cost-efficient option for zero carbon future transport and a diesel piston from FEV’s lightweight diesel engine which boosts efficiency and helps to reduce CO2 emissions.

Cenex CAM also had an external demonstration area and the university’s Centre for Connected and Autonomous Automotive Research (a collaboration with the world-famous HORIBA MIRA) had a self-driving vehicle on show. The car, a Nissan e-NV200, boasts a whole host of connectivity, sensing and monitoring technologies including LIDAR (light detection and ranging), Infra-red, machine vision and RADAR (radio detection and ranging).

The Cenex LCV and Cenex CAM event brought together academic expertise and state-of-the-art innovations, demonstrating how researchers and industry can work together on the science and engineering, bringing to the forefront the next generation of electrified propulsion systems for the automotive, aerospace, marine and rail industries.

Find out more about Coventry University’s exhibits at Cenex LCV and the research that underpins the university’s transport innovations.

Find out more about the Centre for Connected and Autonomous Automotive Research and the Centre for E-Mobility and Clean Growth.

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