With more and more metropolitan areas targeting zero-emission environments, an increasing number of cities, transport authorities and operators are considering a fully electric solution or fuel cell bus or combination of zero emission buses for their urban bus network.

In this context, the UITP Academy and EMT Madrid designed this training programme, with the support of JIVE 2, on how to introduce clean energy vehicles including battery electric and hydrogen buses offering a comprehensive overview on this new technology from the setting of a long-term city strategy in terms of energy transition to the definition of a charging strategy and the choice of technology and all the way to the procurement and the implementation and operation of the system.

This training will give an insight of urban bus networks, importance of building a sustainable infrastructure, and planning efficient timetable and scheduling on your routes.


Learning Objectives

The aim of this training is to give a clear idea about implementing clean energy vehicles into cities including policy drive. Wide knowledge and information will be shared in the chosen specific topics.

  • Get general overview of hydrogen bus deployment for urban/regional bus operations,
  • Introduce the electric and hydrogen solution, the different types of technologies and compare their benefits and drawbacks
  • Understand the products on offer and the mainstream technology options available, competition and maturity level of the suppliers
  • Understand how to develop an operational and charging strategy
  • Understand the implications for operations and infrastructure
  • Learn about procurements steps and benchmarking with different solutions
  • How to manage hydrogen bus operations with the use of IT technology

Target audience

  • Decision makers, top management from PTAs, PTOs, Governments, Local Governments, Municipalities who wants to know policy drive and how to implement hydrogen bus solutions.
  • Project managers, engineers, and other professionals eager to learn more about the technology, the implementation, and the running of hydrogen buses.
  • Staff from public transport operators, authorities or the industry who plan to extend a fully electric solution to the core part of the urban bus network.
  • Professionals interested in obtaining a wider and international perspective on hydrogen bus, technology, market, procurements and tendering, business model, planning, operations, and maintenance.

Methodology

  • Get inspired by our trainers, understand the main concepts of hydrogen buses.
  • Participate in interactive plenary sessions with introductions by course leaders, presentations by trainers and open discussions with participants.
  • Challenge your practical knowledge on maintenance and asset management.
  • Address the topic from an international perspective, enriched by different cultural approaches and points of views.
  • Participate to practical exercises and case studies.
  • Benefit from a unique exchange of knowledge and experience between professionals.
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Inspiring trainers

Our skillful trainers are international experts and professionals with extensive experience and knowledge in the development and application of Hydrogen Bus operations.

Programme

Welcome and Introduction to the course

09:00 09:30
Session 1
A fuel cell bus (FCB) is an electric bus that includes both a fuel cell and a battery (or in some cases supercapacitors). This hybrid architecture uses the fuel cell to supply most of the energy for vehicle operation, whilst the battery provides support during peak power demands such as for rapid acceleration and gradients. The fuel cell consumes hydrogen to generate electrical energy through an electro-chemical reaction, leaving only water and heat as by-products. This session includes:
  • General Architecture of fuel cell bus
  • Market overview and trends
  • Comparison of energy densities
  • Challenges and best practices

Break

11:00 11:30
Session 2
  • Introduction to the JIVE and JIVE 2 FC Bus Projects
  • A framework for project management and structuring the implementation of FC Buses
  • Ingredients for success and key lessons learned – Fuel Cell Buses are a step change
  • Focus on Deployment and Operations
  • Challenges remaining for Fuel Cell Buses and recommendations

Lunch

12:15 13:30
Session 3
Deployment of each public transport solutions differ from each other and have different business case. For each case it is crucial to assess different options and scenarios to determine more feasible and reliable solutions. With this in place implementing fuel cell bus has unique stages with different actions. This session includes:
  • Project Conceptualisation
  • Financing and Planning
  • Benchmarking
  • Other considerations that could affect the business case

Break

14:30 15:00
Session 4
  • Fuel cell electric buses and concepts
  • Hydrogen production, supply and storage
  • Hydrogen refuelling stations

Group Dinner

19:00

Trainers

Mohamed ABOU EL ENEIN

Project Manager for Hydrogen & E-Mobility
Wiener Linien, Austria

David YORKE

Senior Consultant, United Kingdom

Flip KONINGS

Policy advisor sustainability and energy transition
OV-bureau Groningen Drenthe, Netherlands

Nicole WHITEHOUSE

Senior Consultant
Sphera, Australia

Simon WHITEHOUSE

Senior Consultant
Sphera, Australia

Ana PÉREZ DEL OLMO

Jefe de División
Jefe de Área de Diseño e Ingeniería de Transporte, EMT Madrid, Spain

Tomás GOMEZ ACEBO TEMES

Director, Energy Transition Chair
Repsol Foundation at the University of Navarra, Spain

Alberto ALONSO POZA

CFO and Strategy Director, Empresa Municipal De Transportes de Madrid (EMT)

Lidia LEÓN TALAVERA

Deputy Director for Operations’ Centres
EMT Madrid, Spain

Roberto CORCHERO GARCÍA

Head of the Project Coordination Division
EMT, Spain

Julián DEL OLMO

Head of the Rolling Stock Planning Division
EMT Madrid, Spain

Contact Us

Sunita KELECOM

Officer – Events Management Unit
Events & Academy Services
UITP Team

Organisers