Development of a National Virtual Powertrain-Fuel Cell and Hybrid Vehicle Dynamics

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Title
Development of a National Virtual Powertrain-Fuel Cell and Hybrid Vehicle Dynamics

CoPED ID
c23906c5-97e2-4fcd-b966-e55e74166e3d

Status
Closed


Value
No funds listed.

Start Date
Sept. 25, 2016

End Date
Sept. 30, 2020

Description

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We are currently going through large-scale electrification of road vehicles. The primary options as power sources for electric vehicles include batteries, super capacitors and fuel cells. In order to understand how these devices operate in a vehicle we must connect them as part of the powertrain and understand the interconnectivity, communications and dynamic operational aspects. This project is part of the Digital Test and Engineering Centre and aims to include leading national centres of excellence in different aspects of powertrain development, connecting each site virtually. The UCL part of this project involves the development of a fuel cell stack hybridised with a battery that concentrates on dynamic aspects of operation under real-world load conditions.

Paul Shearing SUPER_PER
Daniel Brett SUPER_PER

Subjects by relevance
  1. Fuel cells
  2. Electric cars
  3. Vehicles
  4. Fuels
  5. Accumulators
  6. Electric vehicles
  7. Hybrid cars
  8. Batteries

Extracted key phrases
  1. Powertrain development
  2. Hybrid Vehicle Dynamics
  3. Dynamic operational aspect
  4. National Virtual Powertrain
  5. Fuel cell stack
  6. Dynamic aspect
  7. Road vehicle
  8. Electric vehicle
  9. Fuel Cell
  10. Different aspect
  11. Scale electrification
  12. Primary option
  13. Project
  14. Power source

Related Pages

UKRI project entry

UK Project Locations