Skip to main content

Groupil Industrie uses Geotab platform to improve EV fleet

French electric vehicle (EV) manufacturer Groupil Industrie is using Geotab’s connected fleet management platform to optimise its fleet. Geotab, a UK connected transportation firm, says its platform will provide Groupil with access to technical vehicle and battery management data to improve its overall suite of manufactured EVs. Edward Kulperger, vice president of Geotab for Europe, says: “We believe that the fleet industry is poised for mass EV adoption, which is critical for not only ensuring imp
March 15, 2019 Read time: 2 mins

French electric vehicle (EV) manufacturer Groupil Industrie is using Geotab’s connected fleet management platform to optimise its fleet.

Geotab, a UK connected transportation firm, says its platform will provide Groupil with access to technical vehicle and battery management data to improve its overall suite of manufactured EVs.  

Edward Kulperger, vice president of Geotab for Europe, says: “We believe that the fleet industry is poised for mass EV adoption, which is critical for not only ensuring improved overall air quality in our communities but for increasing
efficiencies when it comes to routing goods and people through our cities.”

The partnership will help increase adoption and realise health and sustainable transportation benefits, Kulperger adds.

As part of the agreement, Geotab’s technology is expected to allow Groupil customers to:

● Measure real-time EV and battery specific information with configurable alerts to ensure smart vehicle usage and sustainability objectives are met.

● Send and receive EV and battery health maintenance-related alerts and updates to customer operation centres.

● Manage any warranty and vehicle usage plus charging patterns in order to improve efficiencies and facilitate smart charging.

● Encourage ‘eco-driving’ habits to improve safe and environmentally sustainable practices.

● Increase efficiency through improved fleet management across a mixed fleet environment.

UTC

Related Content

  • November 15, 2017
    TM 2.0 boost TMC data feed and driver influence
    TM 2.0 views connected vehicles and V2I as two-way communications channels, benefitting traffic management and drivers, as Alan Dron discovers. As connected vehicles are progressively rolled out there will come a point at which traffic managers and traffic management centres (TMCs) will have to gear up to cope with a rapidly-evolving road scenario. The TM 2.0 Platform (see box) is promoting a concept of new-generation traffic management (which carries the same TM 2.0 title) and is studying how future T
  • January 30, 2018
    Colorado launch plan to support EVs on state highways
    John Hickenlooper, governor of Colorado, has announced the launch of the Colorado Electric Vehicle (EV) Plan to support EV infrastructure along the Western state’s corridors. The project aims to lay out goals to accelerate the adoption of these vehicles and has been delivered on a directive set forth in the July 2017 Executive order, Supporting Clean Energy Transition. The plan has been developed in partnership with the Colorado Energy Office, Regional Air Quality Council, Colorado Department of Public
  • November 15, 2019
    Liberty Global sets sights on sparking on-street EV charging
    Liberty Global is utilising the network infrastructure of its UK subsidiary Virgin Media with the aim of improving on-street electric vehicle (EV) charging. The telecoms company says it will utilise Virgin Media’s 40,000 powered street cabinets and 170,000 km of ducts as part of a partnership with Innovate UK. Jason Simpson, Liberty’s vice president global energy and utilities, says the street cabinets allow the company to “look beyond traditional uses of telecom infrastructure and make a positive impact
  • March 7, 2018
    Health and care organisation adopt Spark EV AI-based technology
    UK-based health and care organisation Provide has adopted Spark EV’s artificial intelligence-based technology with the intention of removing range anxiety for drivers in its electric vehicle (EV) fleet rollout. The technology is said to enable the cars to complete 20% more journeys between charges. Called Spark, the system collects live driver, vehicle and other data sources through an in-car sensor. It uses cloud-based machine learning algorithms to provide more accurate journey predictions for EVs.