Skip to main content

EU to boost long distance travel for fuel cell cars

The EU's TEN-T programme will invest almost US$4.3 million in studies preparing a European network of hydrogen infrastructure for transport. The network is expected to enhance the use of fuel cell vehicles in Europe leading to cuts in overall transport emissions. The uptake of fuel cell cars, zero emission vehicles that run on electricity powered by hydrogen, depends on the availability of refuelling infrastructure on the main European roads. This project is the second part of a larger action aiming
December 8, 2014 Read time: 2 mins
The EU's TEN-T programme will invest almost US$4.3 million in studies preparing a European network of hydrogen infrastructure for transport. The network is expected to enhance the use of fuel cell vehicles in Europe leading to cuts in overall transport emissions.

The uptake of fuel cell cars, zero emission vehicles that run on electricity powered by hydrogen, depends on the availability of refuelling infrastructure on the main European roads.

This project is the second part of a larger action aiming to establish a network of European hydrogen infrastructure for transport and to enable long distance travel with fuel cell cars. It will develop national implementation plans for Belgium, Finland, Poland and a regional implementation plan for Riga, Latvia, as well as deploy and test three hydrogen refuelling stations with specific innovative elements in Finland and Sweden.

The project will also analyse and disseminate study results in Europe, including a hydrogen road tour on some major European road transport axes.

The project was selected for EU funding with the assistance of external experts under the TEN-T Annual Call 2013, priority 'Decarbonisation/oil substitution or environmental cost reduction '. Its implementation will be monitored by INEA, the 1690 European Commission's Innovation and Networks Executive Agency and is to be completed by December 2015.

Related Content

  • March 27, 2015
    EU support for development of an intermodal road-rail terminal in Tarragona
    The EU's TEN-T Programme is to provide over US$1 million to support an engineering study on an open terminal allowing the shift between rail and road cargo transport in Tarragona, Spain. The study will prepare grounds for the construction of the terminal after the permits are issued. The new terminal will help reduce both freight transport costs and CO2 emissions, as well as improve overall safety. It will have 115,000 loading units capacity per year, equivalent to eight trains per day and 2.3 million m
  • February 16, 2015
    EU to support cooperative ITS in France
    The EU's TEN-T Programme is to provide over US$7.4 million funding to support a pilot project which will test and assess cooperative intelligent transport systems (C-ITS) to improve road safety, traffic management and multimodality in France. The pilot is the first of a two-phase project to study C-ITS and define a national roadmap to enable vehicles communicate with each other and the road infrastructure for greater transport efficiency and increased safety. It will focus on testing C-ITS applications, imp
  • June 1, 2015
    First EV fast charging points operational in France
    Two electric vehicle (EV) charging points have gone into service as part of the Corri-Door project, which benefits from almost US$6.5 million funding under the EU TEN-T Programme. The aim of the Corri-Door project is to enable an interoperable fast charging network and foster rapid electric vehicle deployment in France and in Europe. The two first fast charging points went service in the Bosgouet Nord rest area on the A13, 128 kilometres from Paris and Tardenois Nord rest area on the A4, 97 kilometres f
  • December 2, 2014
    EU invests in truck parking project in Italy
    The EU's TEN-T Programme is to provide around US$500,000 to support preparatory and design studies for a network of safe and secure parking areas for truck drivers in Campania, Calabria and Sicily. The drivers will be able to pre-book parking and get reliable online information with the help of an integrated information service. The studies will be carried out in two phases. A preparatory study will identify the existing parking areas with the capacity for easy upgrade and potential new sites, while the