Skip to main content

Orange details electric car’s round-world trip

Orange is showing off a Citroen C-Zero electric car that has completed the first round-the-world trip by a battery-powered car. The car took eight months, travelled 25,000km through 17 countries and consumed just €250 ($325) of electricity. Orange said the object was to show that a standard electric vehicle could cope with such a trip. Orange outfitted it with its M2M fleet management system, which enabled the company to track the vehicle and monitor its condition at all times. Data received from the M2M
October 24, 2012 Read time: 2 mins
Patrick Martinoli with the C-Zero electric cars.
2044 Orange is showing off a 6453 Citroen C-Zero electric car that has completed the first round-the-world trip by a battery-powered car.

The car took eight months, travelled 25,000km through 17 countries and consumed just €250 ($325) of electricity.

Orange said the object was to show that a standard electric vehicle could cope with such a trip. Orange outfitted it with its M2M fleet management system, which enabled the company to track the vehicle and monitor its condition at all times.

Data received from the M2M onboard box enabled Orange to update a website showing the car’s progress several times a day, said M2M communications manager Alexandra Hong.

“The box and server enabled us to keep watch on the level of the battery, so we knew if it was getting low and we could tell the car’s crew to stop in the nearest city to recharge.”

The car, which has a range of 100km on a fully-charged battery, typically covered 200km a day. After setting off in the morning with a fully-charged battery, the crew would stop around lunchtime to plug in the car to top up the battery, drive again in the late afternoon, then fully recharge it overnight, a process that took seven hours.

“It was a great human experience,” said business development manager, machine-to-machine, at Orange’s International M2M Centre, Tom Sorgeloos. “You can use any power outlet, the crew just had a whole set of different cables and plugs.”

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 68682 0 oLinkExternal www.orange-business.com www.orange-business.com false /EasySiteWeb/GatewayLink.aspx?alId=68682 true false%>

For more information on companies in this article

Related Content

  • Next generation traffic data collection
    March 5, 2014
    Swedish company Sensebit will use Intertraffic Amsterdam 2014 to launch the next generation traffic data collection - the Sensebit Traffic Measurement System (STMS). It offers remotely managed, accurate and cost efficient collection of traffic data using vehicle detectors, like the STMS WD-300, in multiple configurations, installed in the road surface that collect and upload traffic data via the internet. The traffic data can either be accessed through a web interface or automatically transferred to othe
  • Moxa shares vision for end-to-end network management
    April 23, 2013
    Moxa makes the switches, routers and gateways, but now the company is putting all those pieces together as an end-to-end traffic management network.Moxa makes the switches, routers and gateways, but now the company is putting all those pieces together as an end-to-end traffic management network.
  • Q-Free reinforces ITS capabilities, expertise at World Congress
    September 18, 2012
    Q-Free intends to use its appearance at the ITS World Congress to reflect a broader and more accurate reality of the company’s strength and capabilities. That’s not going to be difficult, if one considers the technological and geographical diversity of the company’s success since the beginning of this year alone.
  • Sensefields’ wireless sensors simplify sensing
    March 24, 2014
    Sensefields’ traffic monitoring system uses easily installed wireless sensors to determine vehicle speed and, in urban situations, also for categorisation. Information from the sensor is sent in real time to the data processing station to determine the capacity (vehicles per hour) in each lane, average speed, speed distribution, average vehicle length, length distribution, density, average headway between vehicles and occupancy (%).