Hydrogen Transport in European Cities HyTEC Contract number: Programme Review Days 2015 Brussels, Nov. 2015

Similar documents
H2ME / H2ME 2 Hydrogen Mobility Europe

From Technology to Market

HYTEC FINAL REPORT ON THREE YEARS OF HYDROGEN VEHICLE AND REFUELLING STATION OPERATION IN COPENHAGEN, LONDON AND OSLO

Clean Hydrogen in European Cities (256848) Monika Kentzler EvoBus GmbH

Program Review Days FCH JU 2014 Portfolio Transport Demonstration Projects. Enrique Girón, Project Manager

Nordic Highlights - a brief overview of status and activities. Director Danish Partnership for Hydrogen and Fuel Cells

Aberdeen Hydrogen Bus Project

HYDROGEN INFRASTRUCTURE & H2MOBILITY ALL ENERGY ABERDEEN MAY 2014

JIVE & FC Bus projects Enrique Girón

H2 Aberdeen A Hydrogen Economy. 23 rd November 2016 Councillor Barney Crockett Aberdeen City Council & Chairman of HyER

Building a Hydrogen Refueling Network in Scandinavia by 2015

DEMCOPEM- 2MW Demonstration of a combined heat and power 2 MWe PEM fuel cell generator and integration into an existing chlorine production plant

Project introduction. Document prepared by: Element Energy. A project co-funded by under the Grant Agreement n and n.

Hydrogen & Fuel cells From current reality to 2025 and beyond

HyCoRA Hydrogen Contaminant Risk Assessment

Clean public transport, role of fuel cell buses

H2moves Scandinavia. Dr. Ulrich Bünger Ludwig-Bölkow-Systemtechnik GmbH

A Hydrogen Economy for Scotland

DESTA Demonstration of 1st European SOFC Truck APU

AGM PRESENTATION LONDON, 10 TH SEPTEMBER 2013

Moving toward Fleet Scale Hydrogen Vehicle Trials in the UK!

Fuel Cells and Hydrogen 2 Joint Undertaking (FCH 2 JU) Frequently Asked Questions

CHIC Clean Hydrogen in European Cities (256848)

EU Interregional Cooperation

Our Commitment to Commercialization of Fuel Cell Vehicles and Hydrogen Infrastructure

Demonstration of Small 4-Wheel fuel cell passenger vehicle Applications in Regional and Municipal transport

HyERLights. Towards robust deployment channels for hydrogen, fuel cells and electro-mobility in European regions

STRATÉGIES D ACTIONS POUR LA FILIÈRE H2-DAY Rodez 11 May 2017

Heathrow Airport: Design and Access Statement

Ilaria Rosso - FITUP project Coordinator Electro Power Systems SpA.

Dr. Ulrich Bünger Ludwig-Bölkow-Systemtechnik GmbH

We Are Ballard Power Systems

EXPERIENCE FROM THE REFUELLING PLANNING TO PREPARE THE H2MS EUROPEAN HYDROGEN ROAD TOUR EXECUTIVE SUMMARY FOR USE IN EXPERT DISCUSSIONS

Electric Vehicles Initiative activities

FINAL RESULTS PRESENTATION AUGUST 2016 LONDON

Fuel cell buses A commercially competitive zero emission bus solution?

PEM Fuel Cells Manufacturing - Stack

FCH JU Sustainable future with hydrogen

Update on Danish & Scandinavian activities. 20 August 2008, Vejle, Denmark

AutoStack-CORE Automotive Fuel Cell Cluster for Europe II

The UK s Industrial Strategy; the Automotive Sector Deal

COMPASS Competitive Auxiliary Power Units for vehicles based on metal supported stack technology

Transport. Topics in the 2019 call. E. Girón 29/01/2018

Contents. Government project for New EV. Promotion and Demo of EV. ACE Lab, All rights reserved

Development of Business Cases for Fuel Cells and Hydrogen Applications for Regions and Cities. FCH Cars

Can cities and their regions play a role towards a low carbon economy by facilitating the use of electric and hydrogen cars? Marieke Reijalt HyER

LowC VP. Transport Roadmaps. A guide to low carbon vehicle, energy and infrastructure roadmaps. Prepared by Low Carbon Vehicle Partnership

Development of Business Cases for Fuel Cells and Hydrogen Applications for Regions and Cities. FCH Airport ground handling equip.

How the FCH-JU a European public-private partnership works successfully at making fuel cells and hydrogen an everyday reality

State of the Art and Next steps in commercialisation of hydrogen buses

Natasha Robinson. Head of Office for Low Emission Vehicles Office for Low Emission Vehicles. Sponsors

Development of Business Cases for Fuel Cells and Hydrogen Applications for Regions and Cities. FCH Aircraft

Results of the High V.LO-City & HyTRANSIT projects

MARANDA Marine application of a new fuel cell powertrain validated in demanding arctic conditions

Trials and deployment of fuel cells applications - TRANSPORT

Decarbonising long range heavy-duty road transport

HYLIFT-DEMO DELIVERABLE 8.4

First steps in regional hydrogen infrastructure buildup in Europe HyRaMP Annual Hydrogen Infrastructure Report. Andreas Ziolek / Marieke Reijalt

Improving co-operation between regional programs and the FCH Joint Undertaking: Hamburg. Heinrich Klingenberg

Project overview and operators experience

European Bus System of the Future

PROMOTING THE UPTAKE OF ELECTRIC AND OTHER LOW EMISSION VEHICLES

Dr. Chris Dudfield. Chief Technology Officer Intelligent Energy. Sponsors

D 5.2b Periodic Report

UK Government s Ultra Low Carbon Vehicle Strategy

ACstyria Hotspot FCH. Building Synergies for Mobility The European Perspective. Graz, October 22 and 23, 2015

Hydrogen Roadshow Vehicles & Refuelling Infrastructure

GIANTLEAP Giantleap Improved Automation of Non-polluting Transportation with Lifetime Extension of Automotive PEM fuel cells

Electric Vehicle Initiative (EVI) What it does & where it is going

The Fuel Cells and Hydrogen Joint Undertaking. Bert De Colvenaer, Executive Director Paris, 12 October 2012

D6.7/D6.15 Commercial advancements in hydrogen fuel retailing and Recommendations for harmonising the hydrogen refuelling business in Europe (H2ME2)

CVP Seminar: Towards a zero emission ground fleet. Heathrow Academy - 14 th October 2015

Smart Mobile Energy: Electric Vehicles and the Energy System

Development of Business Cases for Fuel Cells and Hydrogen Applications for Regions and Cities. FCH Bikes

Low Carbon Vehicles Innovation Platform

Energy efficiency policy - an innovation-based policy of the state and civil society

Hydrogen Transport in European Cities

CEF Synergies - Innovation unleashed

FUEL CELL BUSES - AN UPHILL ROAD TO SUCCESS

Communication pack. Jan UK H 2 Mobility

Project POWER-UP Dr Suzannah Hexter

Bart Biebuyck, FCH JU Executive Director.

National strategy for alternative fuels infrastructure

NATIONAL INNOVATION PROGRAMME HYDROGEN AND FUEL CELL TECHNOLOGY (NIP)

Zero Emission Urban Bus System Michelin Challenge Bibendum, Chengdu China 11 November 2014 Stephanie Leonard UITP

NEMESIS 2 + (278138)

Emerging international best practices to promote electric vehicles

Fuel Cell Electric Trucks

UfM Ministerial Declaration on Energy

MARANDA project overview at M20/M48

TAKE OFF Informationsveranstaltung zu Ausschreibungen nationaler und europäischer Luftfahrtforschungsprogramme Clean Sky

fuel cell systems for the automotive sector

Fuel cell electric buses across North- East Europe, Riga activities. BSR Hydrogen Network Conference Riga

01/10/2018. Partnership. Achieving a Smart Energy Ecosystem Lessons from Scotland. Fiona Goodenough Hydrogen Project Manager

Hydrogen, Fuel Cells and Electromobility at German Airports

WP6. DELIVERABLE HYTEC PRE-TRIAL SURVEYS

Electric Vehicle Charging Workshop Pride Park Stadium 7 March 2018

London Buses Emissions Reduction. Finn Coyle Environmental Manager, Transport Emissions

Sustainable hydrogen evaluation in logistics; SHEL

ELENA Introduction and Update. European Investment Bank

Transcription:

Hydrogen Transport in European Cities HyTEC Contract number: 278727 Programme Review Days 2015 Brussels, 17-18 Nov. 2015 Dr. Emma Guthrie Air Products plc hy-tec.eu Click to add title

HyTEC PROJECT OVERVIEW Call topic : SP1-JTI-FCH.2010.1.1 Application Area: LARGE-SCALE DEMONSTRATION OF ROAD VEHICLES AND REFUELLING INFRASTRUCTURE III Dates: 1 st Sept 2011 31 st August 2015 (48 months), project has completed Project budget: 29.1m, FCH JU funding 11.95m, EC contribution of 41.1% Aim: Delivery of H 2 transport centres into London, Copenhagen & Oslo Project Achievements: Fleets of hydrogen fuel cell passenger cars in operation in three European Cities London s first fleet of hydrogen fuel cell taxis deployed UK first public fuelling station at Heathrow airport A network of hydrogen fuelling stations in Copenhagen

PROJECT TARGETS & ACHIEVEMENTS:MAIP Programme objective/ target Light Duty Vehicle deployment Additional sites & stations Project objective/ target Final Achievement Details 20 30 5 fc hybrid taxis in London 2 fc passenger cars in London 15 fc passenger cars in Copenhagen 8 fc passenger cars in Oslo 2 additional sites 3 new HRS 2 additional sites 4 new HRS UK s 1st public HRS UK vehicles used a 2nd HRS in London 3 new HRS in the Copenhagen area In Oslo, vehicles used existing HRS, increasing their utilisation Establish a commercial EU H 2 refuelling infrastructure Roadmap to establish a commercial EU H 2 refuelling infrastructure Rollout strategies / partnerships in UK & Denmark Rollout strategy reports for Copenhagen and London Statement of collaboration signed by HyTEC regional/city partners at final project event

PROJECT TARGETS AND ACHIEVEMENTS:AIP Programme objective/ target Vehicle Reliability Vehicle availability Refuelling Capacity Station availability Project objective/ target Mean Time Between Failure (MTBF) >1,000 km Final Achievement Vehicle reliability MTBF >1,000 km Achieved Details >95% >95% Achieved 95% - 99% (average - depending on vehicle type and location) Stations refuelling at 35 & 70 MPa, with capacity of 50kg & potential for extension to 200kg 35 and 70 MPa, with potential for extension to 200kg London HRS 35 & 70 MPa capacity of 50kg with potential to extend up to 200 kg Copenhagen 3 x HRS 70 Mpa each able to dispense up to 200kg >98% >98% 95% - 99% (average - depending on vehicle type and location)

PROJECT TARGETS AND ACHIEVEMENTS London: Project achievements Deployment of 5 fuel cell hybrid taxis into London in July 2012 Operation of the taxis, to support activity in the Olympic Games and to achieve performance targets. Deployment of the UK s first publically accessible HRS in July 2012 Delivery of 2 Hyundai ix35 FCEVs in 2014, used by staff of TfL Copenhagen: Project achievements Deployment of 15 FCEVs in September 2012 Deployment of 3 HRS in the Copenhagen area An H 2 infrastructure expansion analysis, used in the national hydrogen transport plan for Denmark Oslo: Project achievements Delivery of a fleet of 8 fuel cell cars in Oslo in September 2014 Legacy: Hyundai ix35 FCEVs continue to operate in the partner cities The HRS in London and Copenhagen operate as part of the HyFIVE project The partner cities / regions signed a statement to encourage future collaboration in the area of hydrogen transport

RISKS AND MITIGATION HyTEC achieved the majority of its targets The project encountered some difficulties when one partner (LTI) went into administration and had to leave the project The targets for the fuel cell taxi operation were reconfigured and these targets were achieved Budget was reallocated to allow for fuel cell passenger car deployment in London and Oslo The London HRS achieved 95% availability (against a target of 98%). It is expected that the 98% will be achieved as the HRS continues operation as part of HyFIVE

SYNERGIES WITH OTHER PROJECTS AND INITIATIVES The HyTEC deliverables in London and Copenhagen were complemented with additional project funding: Innovate UK (LHNE): second HRS in London and 4 FCEVs NextMove (INTERREG): funding for 6 of the 15 passenger cars deployed in Copenhagen In the UK, the two HRS received funding from the UK government (OLEV). Funding supporting upgrades to the HRS to enhance the end user experience HyTEC created the basis for HyFIVE HyFIVE is increasing the level of infrastructure and vehicle deployment and includes London and Copenhagen as two of the project clusters The infrastructure expansion analysis for Denmark and London that have been carried out in HyTEC supports national and city level deployment plans for hydrogen transport At the final HyTEC dissemination event, a statement of collaboration was signed by senior representatives of the region of Arkershus, Copenhagen, Hamburg and London. This stated their desire to work together to further the deployment of hydrogen transport

HORIZONTAL ACTIVITIES As part of the vehicle and infrastructure deployment, a programme of work related to safety and certification activities was completed Environmental assessment reports were completed on the vehicles and fuelling stations operating in the project Training was carried out so that end users could use the vehicles and fuelling stations unaided Expert symposia took place in Hamburg in April 2013 and Copenhagen in June 2014 These events brought together international experts from the public and private sectors to discuss the role of cities and regions in supporting the rollout of hydrogen transport They provided a forum for sharing lessons learnt and international best practice A resulting Best Practice Guide was created, with the aim of sharing with cities and regions across Europe that have an interest in becoming early adopter areas for hydrogen transport

DISSEMINATION ACTIVITIES A project website was created (hy-tec.eu) with regular updates provided. The website will continue to be live until August 31 st 2016, giving access to all final public reports A series of 5 project newsletters provided regular updates on the project to over 7,000 contacts across Europe Over 30 separate dissemination events took place each in London and in Copenhagen these include events at the HRS and presentations at technical conferences The taxis brought a high level of public profile to through activity at the London Olympic Games

EXPLOITATION PLAN/EXPECTED IMPACT HyTEC has been a flagship project for European H 2 transport in Europe The project has supported deployment of the first commercially leased fuel cell passenger cars into Europe and the first publically accessible fuelling station networks into two European capital cities The operation of the fuel cell taxis has provided high public profile to fuel cell technology (thorough operation at the London Olympic Games) Through the extended testing of the taxis, important data on real life fuel cell performance has been realised Valuable real life user experience and data has been collected through the operation of the public network of HRS The results will be exploited and built upon through the HyFIVE project The HyTEC project has proved that hydrogen vehicles can be put into the hand of real end users and their feedback will provide an important platform for further deployment