ZeEUS and the clean bus deployment

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CEM-EVI Pilot City Forum Helsinki 28 th May 2018 ZeEUS and the clean bus deployment Mikko Pihlatie, VTT, Research Team Leader on behalf of Umberto Guida, UITP, Director R&I Department

1. What is ZeEUS about? Project Keyfacts 2

Bringing electrification to the heart of public transport Support electric bus deployment (2013-2018) 40 Consortium Partners 20 User Group Members Coordinator: UITP 22,5 million EU funding: 13,5 million 10 demo cities >107 electric buses 1 common evaluation methodology A set of tools and guidelines to accompany bus stakeholders in ebus deployment 3

High capacity buses: 12 meters Articulated Double-deckers ZeEUS Demo Cities (10 cities, >100 ebuses) Different e-type: Plug-in Hybrid Full-electric Battery Trolleys 23 Energy supply modes: Plug-in Inductive Conductive (pantograph) Overhead (trolley) Fast and slow charging strategies: Overnight (depot) Opportunity (terminals) On-route (trolley) 4

ZeEUS ebus Performances 1 2 3 5

ZeEUS: Flagship EU Project on urban e-bus systems Research Funding & financial entities Public Transport stakeholders Institutions / Policy Makers ZeEUS Cities & Citizens Industry Electricity / Energy stakeholder s 6

ZeEUS: A large platform of collaboration! + 100 Organisations and Companies PTA/ PTO/ Cities 10 core demos 20 user groups 90 observed 3 monitored Vehicle Manufacturers 5 Project Partners + 4 Suppliers 8 E-SORT WG + 32 in ZeEUS Report 800 Buses 8 electric charging solution providers

2. Results ZeEUS support to e-bus Deployment 9

ZeEUS identified 5 main challenges for e-bus deployment High upfront cost New challenging operations New ways to procure Vehicles & Equipments Operation services Standardisation / Interoperability Reinforcing cooperation energy/bus 10

and developed the ZeEUS Phased Approach to tackle them 11

Lessons learned: before ZeEUS Early stage of knowledge on high capacity e-buses Project partners started from scratch : learning by doing, trial & error approach Authorities were not used to consider e-bus as a system Very limited knowledge on how to operate e-buses Bus technology greatly developed since proposal phase Infrastructure Operation Vehicles 12

After ZeEUS Gradual vehicle introduction in function of knowledge, technology chosen to ensure service operation Paradigm shift: from vehicle procurement to system procurement Early stakeholder involvement in the planning, joint feasibility study. IT supporting fleet monitoring to optimise operation. Identification of main elements needed for local LCC model. Integrating e-bus services into the global decarbonisation strategy. 13

3. Next Step: Fleet Upscale From ZeEUS to ASSURED 1 or 2 buses / pilots Small lines / simple operations More lines / large service 2013 2018 14

ZeEUS paved the way to e-fleet upscale 1) Electric Bus Charging Use Cases, base for standardisation Use Case documents prepared by UITP/VDV to understand the operation of e-buses for CEN/CENELEC. 2) Umbrella document / Roadmap Identification of main standards involved in the standardisation of e-bus charging systems Ideal roadmap for standards update / development Focus on 4 possible charging solutions UITP/ZeEUS ebus standardization steering & technical groups ZeEUS CEN-CENELEC (EC Mandate M/533 about ebus standards for 2019) VDV Standardization working group 15

Boosting the integration of urban commercial electric vehicles with high power fast-charging infrastructure Period: October 2017 - September 2021 (4 years) Budget: EUR 23,7 M EUR/ EU contribution: EUR 18,7 M EUR Partners: 39 partners from 12 countries representing industry, research centres and local governments 19

3 Demonstrators for User Acceptance: PTOs, PTAs and city administrations Barcelona & Osnabruck Goteborg Interoperability between buses and chargers of different brands, on vehicles in real operations Interoperability between bus and urban trucks Eindhoven & Jaworzno Smart charging management for fleet upscale 20

The market uptake of electric buses in Europe has been one of the core objectives of ZeEUS. The next challenging step is the deployment of larger fleets and their integration with high-power, interoperable fast charging infrastructure. Umberto Guida ZeEUS Project Director 21

Thank You! Kiitos paljon! 22