Skip to main content

London Underground installs EV charge points

Siemens has completed the supply and installation of charging infrastructure for electric vehicles in twelve London Underground car parks across the capital for UK Power Network Services. The new network of sixty Siemens AC intelligent charge posts is fully integrated into Source London, the UK's largest electric vehicle membership scheme, with over 1,300 charge points. The charge points are supported by associated services including management, operation and maintenance and the supply of charging post m
August 28, 2013 Read time: 2 mins
189 Siemens has completed the supply and installation of charging infrastructure for electric vehicles in twelve London Underground car parks across the capital for UK Power Network Services. The new network of sixty Siemens AC intelligent charge posts is fully integrated into Source London, the UK's largest electric vehicle membership scheme, with over 1,300 charge points.

The charge points are supported by associated services including management, operation and maintenance and the supply of charging post management software to operate the back offices.

Siemens charging solutions are designed, built and installed for long term deployment and high level of usage. Each charging point can charge two vehicles simultaneously, reducing installation and maintenance costs and maximising space. They can be easily tailored to charging requirements and allows the integration of calibrated meters for the exact billing of charged energy and/or feed-in meters for the exact offsetting of energy input with electricity providers.

Mark Bonnor-Moris, head of electromobility, UK Siemens said: ‘This significant EV infrastructure project provides UK Power Network Services, Source London and London Underground with credible and experienced supply, delivery, management and operation. ‘This major project further demonstrates transition from low-power ‘trickle’ on-street electric vehicle charging to high-power and rapid industry-grade facilities, increasing investment and the utilisation of electric vehicles’.

For more information on companies in this article

Related Content

  • European communicating cars test drive concludes
    November 21, 2014
    The European communicating cars test drive along the Cooperative ITS (Intelligent Transport Systems) Corridor spanning Austria, Germany and the Netherlands has reached its final destination in the Netherlands. Initiated by NXP Semiconductors, the test drive also included Siemens, Honda, Cohda Wireless, TÜV Süd and automobile clubs AvD and ANWB. The ITS showcase ended in Helmond following a week-long tour which began at the Electronica electronics trade show in Munich. The event saw a convoy of five Ho
  • ADB approves grant for BRT in Karachi
    July 23, 2019
    The Asian Development Bank (ADB) has approved a $235 million loan to help develop a bus rapid transit (BRT) system in Karachi, Pakistan. The project will deliver the 26km Bus Rapid Transit Line Red Line Corridor and associated facilities. More than 300,000 passengers per day are expected on the Red Line BRT routes. It will include the construction of 29 stations and dedicated lanes, a roadway with up to six lanes in each direction, on-street parking and green areas well as the installation of bicycl
  • New report indicates reduction in London’s pollution
    July 20, 2015
    A new report, produced by experts at King's College London, for the first time quantifies the health and economic effects of the air pollutant nitrogen dioxide (NO2), where all previous studies have focused on particulate matter (PM2.5). Combined together the effects of both pollutants reveal a higher health impact than previously estimated after taking into account this further pollutant. The study also found that nearly half the health impacts are caused by air pollution outside London such as diesel
  • Digital Light Processing transforms travel information
    July 19, 2012
    David Crawford investigates the potential of new projection technology. Fifty years on from its invention of the microchip, US company Texas Instruments (TI) has compressed the technology into a surface area of just 4.3mm. As such, it forms the heart of a new Pico Digital Light Processing (DLP) system that is set to transform travel information delivery for millions of users on the move - by making it projectable.