Skip to main content

BMW begins ActiveE project in China

BMW Group recently brought its ActiveE program to China to prepare for the future commercialisation of electric vehicles in the country. Twenty Beijing residents selected to participate in the project received the keys to the all-electric car they will be driving over the next year. Fifteen users in the southern city of Shenzhen will also get cars at the end of June to give the company an idea of how the model operates in the city's hot, humid climate, balancing the results from the test in the cooler, dri
June 25, 2013 Read time: 2 mins
6419 BMW Group recently brought its ActiveE program to China to prepare for the future commercialisation of electric vehicles in the country.  Twenty Beijing residents selected to participate in the project received the keys to the all-electric car they will be driving over the next year.

Fifteen users in the southern city of Shenzhen will also get cars at the end of June to give the company an idea of how the model operates in the city's hot, humid climate, balancing the results from the test in the cooler, drier northern capital.

The ActiveE is a pure-electric vehicle based on the BMW 1 Series coupe, and is equipped with a 32-kilowatt-hour high pressure lithium battery that takes only four to five hours to charge through a 220V/32A power charger. Its average range of 160 km is enough to satisfy needs of daily urban commuting and transportation.

Despite the lack of a clutch or gearbox, the car can still achieve driving performance comparable to a conventional BMW. Its peak power is 170 hp and its top torque is 250 Nm. It accelerates from 0 to 100 km/h in just nine seconds.

The BMW ActiveE has already demonstrated its advantages as a reliable vehicle with zero emissions when it was used during the London Olympic Games to shuttle media and athletes.

Karsten Engel, president and CEO of BMW Group Region China, said at the handover that the BMW ActiveE Project opens a new chapter in the development of e-mobility.

"We will make concerted efforts with our partners and customers to push forward with the commercialisation of electric vehicles, and get fully prepared for the era of e-mobility," he said.

For more information on companies in this article

Related Content

  • Study reveals benefits of electric Beijing taxi fleet
    August 6, 2013
    The impact of introducing plug-in electric vehicles to the streets of Beijing, one of the world’s most polluted cities, has been examined by researchers from the University of Michigan in the ACS journal Environmental Science and Technology. They use big data mining techniques to understand the impact of fleet electrification. As part of the study, the researchers highlight that while plug-in electric vehicles have developed rapidly in recent years there are still uncertainties with regard to market accepta
  • VW scandal prompts emissions testing debate
    December 1, 2015
    In the wake of the VW scandal John Kendall looks at emissions testing on both sides of the Atlantic. Since the VW emissions story broke in September, emissions testing has come under greater scrutiny, and none more so than in Europe, where critics have long been highlighting the weaknesses of the testing system. Ironically, changes to the emissions testing process were already under review but the story has pushed it up the agenda.
  • EVgo installs EV fast-chargers at six locations in Los Angeles
    November 19, 2018
    EVgo has expanded its deployment of electric vehicle (EV) fast-chargers to six locations across Los Angeles in a bid to accelerate adoption of the technology. EVgo says the power ratings from its fast-chargers range from 50 kW to 350 kW and is convenient for drivers using their EV for ride-sharing and those without home or workplace charging. The chargers are located at the following locations:
  • California aims to generate electric power from traffic congestion
    April 20, 2017
    California is planning a US$2.3 million initiative that will generate electrical power from traffic, according to the San Francisco Chronicle. The California Energy Commission recently voted to fund two piezoelectricity projects, which convert pressure into power. One pilot will test a 200-foot-long piece of asphalt on UC-Merced’s campus, which is designing a 200-foot stretch of asphalt that will be sowed with inch-wide piezoelectric generators, which will be stacked within arrays below the road where it is