• Energy and Environment
  • Transport and Mobility

Dynamometer power bench (Dyno-Drive)

Platform

Description

Dyno-Drive is a platform for the characterization of thermal, electric and hybrid traction chains, as well as the experimental validation of control laws specifically developed for the energy management of powertrains.

Dyno-Drive brings together a set of equipment that allows the emulation of an approval cycle monitoring (NEDC, WLTP...) with precision and repeatability ensured by a driving robot installed at the driver’s station of the vehicle to be tested.

This GreenMot driving robot completes the dynamometer power bench with hubs (550kW) capable of loading the driving wheels of the vehicle, according to a complete road law: ascent and descent, simulation of inertia among others.
With its 90kW battery simulator, Dyno-Drive makes it possible to test and characterize 100% electric vehicles, freeing them from range constraints.

Contacts

  • Sébastien DELPRAT
    Scientific manager
  • Jimmy LAUBER
    Scientific manager
  • Sylvain DELOBEL
    Technical manager

Informations

144 rue Joseph-Louis Lagrange
Technopôle Transalley, Bâtiment BTMD
59300 FAMARS

https://www.uphf.fr/lamih/plateformes/plateformes

Effectif

Effectif total : 7

Expertises

Skills

• Evaluation of ordering strategies and experimental validation

• Characterization of thermal, electric or hybrid traction chains

• Effective powertrain power measurement

• Certification of electric vehicles according to WLTP

• Development of engine maps and brakes

Services offers

Services provided

• Approval of electric vehicles (GreenMot robot)
• GMP performance and endurance tests (200kW hub bench per axis)

• Fuel consumption measurement via PEMS (AVL PLUTRON)

Consulting services

Consulting services on all our skills

Equipments

Equipments

Nom Modèle Marque
DYNO - Hub dynamometer / Rotronics
Wheel speed fan VC9000/ Rotronics
Exhaust extractor 3000 m3/h/ Rotronics
300V/300A Controllable Battery Simulator Leroy Somer
Driving robot G-ROBOT/ Greenmot
Multi-fuel flow meter PLUTRON/ AVL

Ecosystem

Affiliated institutions / organisations

Université Polytechnique Hauts-de-France (UPHF)

Partner institution(s)

INSA Hauts-de-France

Unit(s) of attachment

Groups/Networks/Federations

FR 3733 - TTM Transports Terrestres & Mobilité
Institut Carnot Arts

Regional strategic areas of activity

  • Energy and Environment
    • Energy efficiency and storage
    • Low-carbon combustion (biofuels, hydrogen, new technologies)
  • Transport and Mobility
    • Decarbonized vehicles, electromobility
    • Reduction of pollution and energy consumption

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Thematics

Current thematics

  • Energy and Environment
    • Energy efficiency and storage
    • Low-carbon combustion (biofuels, hydrogen, new technologies)
  • Transport and Mobility
    • Decarbonized vehicles, electromobility
    • Reduction of pollution and energy consumption
Title

Current content

Dynamometer power bench
Type

Current content

Plateforme technologique
Description

Current content

Dyno-Drive is a platform for the characterization of thermal, electric and hybrid traction chains, as well as the experimental validation of control laws specifically developed for the energy management of powertrains.

Dyno-Drive brings together a set of equipment that allows the emulation of an approval cycle monitoring (NEDC, WLTP...) with precision and repeatability ensured by a driving robot installed at the driver’s station of the vehicle to be tested.

This GreenMot driving robot completes the dynamometer power bench with hubs (550kW) capable of loading the driving wheels of the vehicle, according to a complete road law: ascent and descent, simulation of inertia among others.
With its 90kW battery simulator, Dyno-Drive makes it possible to test and characterize 100% electric vehicles, freeing them from range constraints.
Contact informations
Contact

Current content

Contact name Email phone number
DELPRAT Sébastien sebastien.delprat@uphf.fr 03,27,51,14,88
LAUBER Jimmy jimmy.lauber@uphf.fr 03.27.51.13.22
DELOBEL Sylvain sylvain.delobel@uphf.fr 03.27.51.13.85
URL

Current content

https://www.uphf.fr/lamih/plateformes/plateformes

Address

Current content

144 rue Joseph-Louis Lagrange
Technopôle Transalley, Bâtiment BTMD
59300 FAMARS
Keywords

Current content

Emulator, Characterization, Traction chain, Powertrain, Hub bench, Energy performance, Consumption, Battery pack, Power converter, Driving cycle, Robot
Our search domains
Skills

Current content

• Evaluation of ordering strategies and experimental validation • Characterization of thermal, electric or hybrid traction chains • Effective powertrain power measurement • Certification of electric vehicles according to WLTP • Development of engine maps and brakes
Key data

Current content

Workforce

Current content

Effectif total : 7
Example(s) of projects

Current content

Example(s) of publications

Current content

Collaborations/Partners/Scientific clients

Current content

Collaborations/Partners/Private Clients

Current content

Services offers
Training offers

Current content

Services offers

Current content

• Approval of electric vehicles (GreenMot robot) • GMP performance and endurance tests (200kW hub bench per axis) • Fuel consumption measurement via PEMS (AVL PLUTRON)
Consulting services

Current content

Consulting services on all our skills
Equipments
Equipements spécifiques

Current content

  • DYNO - Hub dynamometer
    / Rotronics
  • Wheel speed fan
    VC9000/ Rotronics
  • Exhaust extractor
    3000 m3/h/ Rotronics
  • 300V/300A Controllable Battery Simulator
    Leroy Somer
  • Driving robot
    G-ROBOT/ Greenmot
  • Multi-fuel flow meter
    PLUTRON/ AVL
Ecosystem
Affiliated institutions / organisations

Current content

  • Université Polytechnique Hauts-de-France (UPHF)
Établissement(s) partenaire(s)

Current content

INSA Hauts-de-France
Unit(s) of attachment

Current content

  • Laboratoire d’Automatique, de Mécanique et d’Informatique Industrielles et Humaines
Groups/Networks/Federations

Current content

FR 3733 - TTM Transports Terrestres & Mobilité Institut Carnot Arts
Competitive cluster

Current content

Regional strategic areas of activity

Current content

  • Energy and Environment
  • Transport and Mobility
  • Energy efficiency and storage
  • Reduction of pollution and energy consumption
  • Low-carbon combustion (biofuels, hydrogen, new technologies)
  • Decarbonized vehicles, electromobility
Labelling

Current content

Personal informations
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