Skip to main content

Toshiba develops electric-powered bus with short charging time

Small buses owned by Tokyo's Minato Ward, in Japan, will be retrofitted by with new motors and lithium-ion cells developed by electronics major Toshiba. In fiscal 2013, the Ward aims to start full operations of the electric-powered buses and conduct pilot runs by end-fiscal 2012. The Ward intends to deploy the buses for short journeys in housing locations, as the buses need to be recharged after a trip about 12km in a bid to maintain the battery level higher than 50 per cent. At this level of battery status
May 1, 2012 Read time: 1 min
Small buses owned by Tokyo's Minato Ward, in Japan, will be retrofitted by with new motors and lithium-ion cells developed by electronics major 5392 Toshiba. In fiscal 2013, the Ward aims to start full operations of the electric-powered buses and conduct pilot runs by end-fiscal 2012.

The Ward intends to deploy the buses for short journeys in housing locations, as the buses need to be recharged after a trip about 12km in a bid to maintain the battery level higher than 50 per cent. At this level of battery status, the buses only require five minutes of charging time, which is a quarter of time needed with regular lithium-ion battery.

For more information on companies in this article

Related Content

  • Cost effective EV fast charger from ABB
    March 27, 2013
    US power and automation technology group says its latest fast charger, the Terra SC is a cost-effective direct-current (DC) charger specifically designed for convenient fast charging in commercial and office areas. It fully charges an electric vehicle (EV) in thirty to 120 minutes. The Terra SC is also ideal for people who want to keep driving but don’t necessarily need a full charge: it can charge the battery of currently available EVs from thirty per cent to eighty per cent in less than half an hour. Easy
  • Electric vehicle infrastructure market set to grow
    June 10, 2016
    According to a new TechSci Research report, Global Electric Vehicle Infrastructure Market By Type, by Installed Location, by Region, Competition Forecast and Opportunities, 2011 - 2021, the global market for electric vehicle infrastructure is projected to grow at a CAGR of over 27 per cent during 2016-2021, on account of favourable government policies that promote adoption of electric vehicles and growing concerns over harmful effects of air pollution. Additionally, grid integration of electric vehicles
  • Coronavirus fuels global cycling upsurge
    March 27, 2020
    The ongoing coronavirus pandemic may be sending the world's transit systems into disarray, but a global surge in cycling may just provide a much-needed silver lining.
  • ITS solutions to keep truck traffic moving
    June 8, 2015
    David Crawford reviews freight management initiatives. Managing truck traffic to minimise its environmental impacts, without adversely impacting on its critical economic role, continues to drive ITS-based solutions in both urban and interurban contexts.