Opinion

Battery-electric is now the most popular for new city buses in the EU

June 5, 2024

But until regulation catches up with the momentum for zero-emission buses, European busmakers risk being blindsided by soaring demand and emerging foreign competition.

Author

37% Zero-emission share of new EU city buses in 2023

54 Number of European cities with zero-emission bus fleet targets by 2035

Battery-electric buses reached 36% of new city bus sales in 2023 in the EU, overtaking diesel as the main bus fuel type for the first time. At this growth rate, 100% of new EU city buses could already be zero-emission (ZE) [1] by 2027. 

This only proves that EU regulation is falling behind market realities. The recently adopted CO2 standards for heavy-duty vehicles (HDVs) require 90% of new city buses to be ZE by 2030, and 100% by 2035. The even less ambitious Clean Vehicles Directive (CVD) sets average ZE procurement targets of only 20% in 2021–2025 and 30% in 2026–2030.

Who leads?

At the country level, 15 Member States outperform the EU average in 2023, including five where ZE city buses already account for more than 90% of new sales: Slovenia, Denmark, the Netherlands, Ireland, and Finland.

Among major markets, ie. markets with at least 1,000 new city buses in 2023 [2], the UK ranks highest with a ZE bus share of new sales of 63% in 2023. Spain ranks just above the EU average, with a 40% ZE share. Italy and Germany come in 3rd and 4th places respectively, with ZE shares of 29% and 26%. France ranks last of the major markets, with a 23% ZE share. Notably 46% of new city buses in France in 2023 are gas buses, a share that is second only to Estonia.

Speaking of Estonia, the country comes last in the overall ranking with a 0% ZE share. But hopefully the country should start to catch up soon as the first electric buses arrived in Tallinn a few months ago.

Cities at the vanguard with ZE fleet targets

Leading the deployment of ZE buses are cities and local operators. At least eight cities plan to have 100% ZE bus fleets by 2025, an additional 19 by 2030, and another 13 by 2035. Fourteen other cities have also set bus fleet targets below 100% by 2035 or earlier. Setting targets is not limited to capital cities in Western Europe. Cities in 23 countries have targets, including in the Baltics, Czechia, Poland, and Romania. In several countries, regional cities have set higher or earlier targets than capital cities. ZE bus fleet targets are also popular with countries. Both the Netherlands and Denmark have set targets for all urban buses to be zero-emission by 2030.

Tackling emerging competition in the electric bus market

As demand for ZE buses will continue to climb in the coming years, busmakers play a crucial role to make sure cities can procure sustainable, made-in-Europe buses. Some are already racing ahead and going beyond what European legislation will require, such as Daimler Buses which aims to sell 100% ZE city buses by 2030. Without proactive ambition to go beyond the targets set in the HDV CO2 standards, European busmakers risk being blindsided by soaring demand and emerging foreign competition. Since 2017, one in five new battery-electric buses sold in Europe has been of Chinese origin [3]

Keys to driving a successful transition

Until EU regulation catches up with the ZE bus momentum, other actors can play a crucial role in driving the transition to ZE buses:

  • 1

    Cities should set targets for 100% ZE bus fleets by 2035. Cities should stop purchasing any more gas buses and focus tenders on ZE buses. Beyond public transport, major cities should also implement zero-emission zones.

  • 2

    To supply cities with made-in-Europe buses and fend off foreign competitors, OEMs should anticipate soaring demand and aim for 100% ZE city bus sales by 2030 at the latest.

  • 3

    National governments should consider new public procurement criteria to promote sustainable, made-in-Europe production, thus making sure climate and industrial policy go hand-in-hand.

Notes to editors:

[1] Battery-electric or fuel cell hydrogen.

[2] All fuel and powertrain types.

[3] EV-Volumes. (March 2024). Based on chassis and manufacturer information.

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