Study on the Feasibility of a Low Cost iStream Fuel Cell Vehicle

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Title
Study on the Feasibility of a Low Cost iStream Fuel Cell Vehicle

CoPED ID
78f83d31-b2fb-4b51-be5e-120d01b2b9da

Status
Closed


Value
£150,000

Start Date
Aug. 31, 2011

End Date
May 30, 2012

Description

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Gordon Murray Design Limited and ACAL Energy Limited have embarked on a twelve month feasibility study of a low cost fuel cell vehicle, based on the iStream® manufacturing system.
The integration of ACAL Energy (AE)’s novel fuel cell technology with the innovative iStream® vehicle platform (previously developed by Gordon Murray Design) can leverage the cost advantages of both to produce a mass market affordable extra-urban and highway capable fuel cell vehicle.
The high level requirements of the vehicle will be captured to derive a vehicle specification. Different fuel cell powertrain configurations will then be modelled to generate fuel cell power demand profiles, component sizes and targets for weight and volume for the AE fuel cell engine, which will then be the subject of a design study. The primary structure of an AE/iStream® vehicle will be generated with the proposed fuel cell powertrain integrated.
The consortium will also undertake a techno-economic analysis of the proposed vehicle and develop a project plan and outline bill of materials for a demonstrator vehicle build.

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Subjects by relevance
  1. Fuel cells
  2. Vehicles
  3. Fuels
  4. Cars
  5. Planning and design
  6. Automotive engineering
  7. Vehicle technology

Extracted key phrases
  1. Low cost fuel cell vehicle
  2. Highway capable fuel cell vehicle
  3. Low Cost iStream fuel Cell Vehicle
  4. AE fuel cell engine
  5. Different fuel cell powertrain configuration
  6. Fuel cell power demand profile
  7. Novel fuel cell technology
  8. Month feasibility study
  9. Gordon Murray Design Limited
  10. Design study
  11. ACAL Energy Limited
  12. Vehicle platform
  13. Vehicle specification
  14. Demonstrator vehicle build
  15. Innovative iStream&reg

Related Pages

UKRI project entry

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