Skip to main content

Helsinki launches electric bus pilot

Helsinki Region Transport (HSL) and the Technical Research Centre of Finland (VTT) are to launch an extensive joint pilot to introduce light-weight electric buses in Helsinki, where the demanding climatic conditions provide an excellent test environment. The first 12 buses, made from aluminium and developed by Linkker, will purchased by HSL and be in service by late summer. The buses will be equipped with sensors to collect data and a real-time monitoring and control system will be developed to receive info
February 26, 2015 Read time: 2 mins
6995 Helsinki Region Transport (HSL) and the Technical Research Centre of Finland (814 VTT) are to launch an extensive joint pilot to introduce light-weight electric buses in Helsinki, where the demanding climatic conditions provide an excellent test environment.

The first 12 buses, made from aluminium and developed by Linkker, will purchased by HSL and be in service by late summer.

The buses will be equipped with sensors to collect data and a real-time monitoring and control system will be developed to receive information about battery charge levels. Their performance will be evaluated in VTT's chassis dynamometer.

The pilot is part of a wider four-year development project of innovative and emission-free bus transport in order to create the infrastructure and operating network for the introduction of new technologies.

"Thanks to their light weight, the buses will also be extremely energy-efficient. The batteries will be quick-charged at the terminal. Other benefits include zero emissions and quiet operation," says Linkker's managing director Kimmo Erkkilä.

"VTT has been involved in the development of electric buses right from the start, and we are pleased to say that Finland is creating an international reference for electric buses," says Nils-Olof Nylund, head of VTT's TransSmart research programme.

HSL's target is to reduce carbon dioxide emissions and harmful local emissions from bus transport by over 90 per cent by 2025. In order to reach this target, HSL has to implement electric buses, new low-emission diesel vehicles and biofuels.

For more information on companies in this article

Related Content

  • FIA urges more rigorous vehicle emissions testing
    September 28, 2015
    In light of the VW emissions testing scandal, FIA Region I continues to urge the introduction of a more rigorous testing procedure for vehicle emissions and fuel consumption in the EU. Although vehicles are passing the tests, a growing body of evidence shows that virtually no vehicle, whether diesel or petrol, can comply with emissions levels achieved in testing when in real-world settings. The FIA and its members have consistently supported the introduction of a robust test cycle and real driving emiss
  • ITF award for Estonian smart border crossing project
    May 19, 2015
    An innovative solution for managing traffic queues at international borders is the winner of the 2015 Transport Achievement Award offered by the International Transport Forum at the OECD. The Award recognises demonstrated achievement of excellence in transport provision that has improved, enabled or facilitated tourism. The GoSwift queue management service, an Estonian public-private partnership, allows pre-booking of time slots and virtual queuing for border crossings via the web, a call centre or self-
  • VTT 's robot car now sees through fog
    May 15, 2018
    VTT Technical Research Centre of Finland says it is one step closer to creating a safe automated vehicle through upgrades made to its Marilyn robot car. The vehicle can now see through foggy and snowy conditions, navigating without stopping. Additionally, VTT says, the car can see humans through fog and avoid accidents automatically. Marilyn now has light imaging, detection, and ranging (Lidar) mounted on its roof, which the company claims enables it to see wavelengths beyond the human senses.
  • EU project to make urban freight management more sustainable
    February 1, 2012
    Urban freight policies are becoming more common in European cities and regions. However, it is still difficult to evaluate and transfer the knowledge gained from the different city logistics measures implemented by local authorities. The SUGAR project aims to tackle this by establishing a systematic approach towards best practices identification and assessment, and by developing urban freight plans and actions.