Skip to main content

Berlin introduces wirelessly-charged electric bus Line

Berlin has become the first capital city to introduce a wirelessly charged electric bus, as part of a project funded by Federal Ministry of Transport and Digital Infrastructure. The Berlin Transport Authority, Berliner Verkehrsbetriebe (BVG) has introduced four Solaris Urbino 12 electric buses equipped with the Bombardier Primove inductive charging system and traction equipment from Vossloh Kiepe. The buses now operate on the 6.1 kilometre line 204 between Südkreuz and Zoologischer Garten (Hertzallee). Vos
September 4, 2015 Read time: 2 mins

Berlin has become the first capital city to introduce a wirelessly charged electric bus, as part of a project funded by Federal Ministry of Transport and Digital Infrastructure.
The Berlin Transport Authority, Berliner Verkehrsbetriebe (7580 BVG) has introduced four Solaris Urbino 12 electric buses equipped with the Bombardier Primove inductive charging system and traction equipment from Vossloh Kiepe.

The buses now operate on the 6.1 kilometre line 204 between Südkreuz and Zoologischer Garten (Hertzallee). Vossloh Kiepe’s electric drive ensures the vehicles are not only emission-free, but also produce low vibration and noise, benefitting both passengers and the environment.

Each bus will be charged wirelessly and contactlessly via 513 Bombardier’s inductive Primove technology which enables the buses to recharge in just a few minutes.

Bombardier claims that the Primove battery system, with a total capacity of 90 kilowatt hours, offers sufficient energy reserves to handle even Berlin’s most demanding routes. In addition, the wireless charging system is well shielded so that the electromagnetic radiation is lower than that of a conventional induction cooker. To fully charge the batteries overnight and air condition the passenger compartment before starting operation, four stationary and one mobile charging station were also installed by Vossloh Kiepe at the BVG depot. There the buses are supplied with power via charging cables.

Like all BVG’s electric powered vehicles, the new Solaris Urbino 12 electric buses are powered exclusively with green electricity. BVG says that within one year, the four electric buses on the line 204 will travel a total of approximately 200,000 kilometres, saving 260 tons of CO2 emissions.

For more information on companies in this article

Related Content

  • Workzone safety with SRL’s Remos
    August 31, 2025
    Portable traffic signals have built-in radar sensors and CCTV cameras
  • ‘Green bus’ guide launched
    November 2, 2016
    The Low Carbon Vehicle Partnership (LowCVP) has launched the Low Emission Bus (LEB) Guide, which aims to be a vital reference for bus operators and local authorities, providing an overview of the benefits of a range of low emission fuels and technologies that reduce both air pollution and greenhouse gas emissions. The Guide is intended to equip bus operators and local authorities with information to aid purchasing decisions, and encourage the adoption of the most appropriate low emission bus technology a
  • Siemens exits EV charging market
    September 4, 2013
    According to the Wall Street Journal, Siemens is to exit its electric vehicle (EV) charging points business, as demand and market development turned out weaker than expected. Despite a government plan to see one million registered electric cars on German roads by 2020, consumers haven't been keen about such vehicles. Last year for instance, only 4,157 e-cars were newly registered in Germany, bringing the total to 7,112.
  • Report identifies opportunities for road freight carbon and cost reduction
    December 4, 2012
    Switching from diesel to gas, reducing rolling resistance and aerodynamic drag and introducing more hybrid and electric vehicles are identified as key opportunities for further cutting carbon and improving efficiency in the road freight sector, according to a new report commissioned by the Transport Knowledge Transfer Network (TKTN) and the Low Carbon Vehicle Partnership (LowCVP). The report, written by Ricardo-AEA for the project partners, focuses on the key technical opportunities, and identifies options