Enhanced fuel cell systems for real world commercial and passenger vehicle applications

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Title
Enhanced fuel cell systems for real world commercial and passenger vehicle applications

CoPED ID
ae5051ce-6c4e-4d09-9539-b0129b0c2bb6

Status
Closed


Value
£2,839,090

Start Date
Dec. 1, 2009

End Date
Nov. 30, 2012

Description

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The objective of the Enhanced Fuel Cell Systems project is to develop the next generation of hydrogen fuel cell engines for the automotive sector. The resulting 'production intent' systems will be aimed at providing a platform for use in small, medium and large passenger and light commercial vehicles.
A Systems Engineering approach will be used with the engines divided into seven core modules, each will be redesigned against improved durability, reliability and performance targets and for future low cost volume production. Each of the modules will be self-contained, tested and validated as an individual unit using vibration and temperature and humidity cycling tests for example.
The project partners have the following roles: Ricardo UK Ltd is acting as the customer by setting the project specification and will sign off progress at the end of the project. Intelligent Energy Ltd is developing the fuel cell engine. Dyson Technology Ltd is developing key subsystems for air delivery into the fuel cell system. TRW Conekt is advising on testing regimes and conducting environmental testing of the modules.

Intelligent Energy Limited LEAD_ORG
Intelligent Energy Limited PARTICIPANT_ORG
Ricardo UK Limited PARTICIPANT_ORG
Dyson Technology Limited PARTICIPANT_ORG
TRW Limited PARTICIPANT_ORG
ZF Automotive UK Limited PARTICIPANT_ORG

Daniel Ninan PM_PER

Subjects by relevance
  1. Fuel cells
  2. Fuels
  3. Hydrogen
  4. Motors and engines
  5. Projects
  6. Vehicles
  7. Automotive engineering

Extracted key phrases
  1. Enhanced fuel cell system
  2. Hydrogen fuel cell engine
  3. Enhanced Fuel Cell Systems project
  4. Passenger vehicle application
  5. Real world commercial
  6. Light commercial vehicle
  7. Future low cost volume production
  8. Large passenger
  9. Dyson Technology Ltd
  10. Intelligent Energy Ltd
  11. Project partner
  12. Project specification
  13. Systems Engineering approach
  14. Ricardo UK Ltd
  15. Humidity cycling test

Related Pages

UKRI project entry

UK Project Locations