2. 2
Two major European demonstration projects H2ME and HyFIVE
• Deployment of over 400 vehicles and 35 new fuelling stations
• Complement the pre-existing plans for over 50 stations, to create a European
network of at least 85 stations (the largest in the world).
• Vehicles will be provided by six leading manufacturers and a wide range of
refuelling infrastructure operators and technology suppliers.
• Will achieve a step change in the scale of European deployment of the technology
• Focus is on learning commercial and practical lessons about the early roll-out of
hydrogen infrastructure and vehicles
HyFIVE
Start date: April 2014
Vehicles - 110
Stations – 6 (+ 12 existing)
Total cost – €38m
FCH JU Funding - €18m
Length – 42 months
H2ME
Start date: June 2015
Vehicles - 300
Stations – 29
Total cost - €63m
FCH JU Funding - €32m
Length – 60 months
3.
4. London Cluster:
ITM Power
Air Products
REFUELLING INFRASTRUCTURE –
providing convenience in three
main clusters
Copenhagen Cluster:
CHN (Copenhagen Hydrogen
Network)
Southern Cluster:
LINDE
OMV
ITM Power H2Logic
5. VEHICLE DEPLOYMENT – a
combination of development vehicles
and customer-ready offers
6. 6
H2ME – 29 stations and 325 fuel cell vehicles
Hydrogen Mobility Europe
Endorsers:
Project partners:
Hydrogen
mobility grouping
in Benelux
Hydrogen mobility
grouping in Austria
H2ME main demonstration areas
H2ME observer partners
TENT-T corridor (selection) H2ME stations
7. 7
H2ME will allow a test of four national roll-out concepts and develop
synergies between these strategies
H2Mobility initiative Strategy – synopsis
Initial strategy based on fuel cell range-extended vehicles in
captive fleet applications
Network seeded via deployment of 350bar HRS to support local
captive fleets before dual-pressure (700) HRS from 2020
Widespread deployment of 700bar HRS to create a dense
national network for OEM vehicles
Strategy based on a large risk sharing JV
Strategy based on expected sales of OEM vehicles supported by
generous national tax regimes
Planned deployment of a relatively sparse network across the
region to allow transnational driving in the region
Initial clustered deployment mainly focussed on the South East
(around London) to allow first sales of vehicles
Expected to expand from 2020 with increased vehicle sales
8. 8
Large projects enabling the start of the journey to commercialisation
of hydrogen vehicles in Europe
New Learning
• HyFIVE is making good progress and has started to deploy stations and vehicles, which are
generally “delighting” the early users
• The project is starting to deliver valuable learning about the customers requirement for:
– A visible fuelling station network before committing to vehicle purchase
– Price sensitivity for early vehicle purchase
– The design of fuelling stations to provide an excellent customer experience
• H2ME will complement this consumer work, by understanding the network issues and
business models which will be able to underpin investment in station networks
Value of scale
• These projects represent a massive increase in scale and visibility of deployment of hydrogen
vehicles in Europe
• They should provide a first “plausible” customer experience of hydrogen for selected
customers
• Inclusion of a diversity of vehicle choices suggests the first step on the journey to
commercialisation has begun
• Analysis of nationwide models for investment prepares for further deployments using public
private investments such as TEN-T and national initiatives
Editor's Notes
Link the nascent national HRS networks to create a pan-European network which will be the world’s largest single deployment of HRS. H2ME will support the leading European operators and suppliers of hydrogen infrastructure (Air Liquide, AREVAH2GEN, BOC, H2 Logic, Falkenberg Energi, HYOP, ITM Power, Linde, McPhy, H2 Mobility Deutschland GmbH & Co KG) in deploying 29 new hydrogen refuelling stations in six European States (Denmark, France, Germany, Norway, Sweden and UK). The newly funded stations will be sited to better connect and expand the existing local HRS networks (the majority of which are operated by the project partners) and will be consistent with the TEN-T corridors. This will create the world’s largest HRS network and provide early vehicle users with considerably enhanced driving freedom across Europe (e.g. from Oslo, in Norway, to Rodez, south west of France, via Germany and to Aberdeen, Scotland).
Trial four different national refuelling infrastructure introduction strategies and share learning from their execution. Each of the national hydrogen mobility initiatives in this project are characterised by different HRS network expansion strategies (see below). During the project, the partners will test the efficacy of each strategy in terms of performance against targets, the business case for investors, HRS performance and the customer refuelling experience within each approach.