Skip to main content

Beijing to replace all taxis with new energy vehicles

Beijing is aiming to gradually replace its petrol-powered taxis with greener new energy vehicles to help reduce air pollution starting from this year. The city currently has about 71,000 taxis in total, out of which 67,000 are conventionally powered. It has mandated that all petrol-and diesel-powered taxis being taken out of service must be replaced by electric or liquid petroleum gas (LPG) powered cars. Any new taxis should be electric or other types of new energy cars. The project is expected to cos
March 3, 2017 Read time: 2 mins
Beijing is aiming to gradually replace its petrol-powered taxis with greener new energy vehicles to help reduce air pollution starting from this year.

The city currently has about 71,000 taxis in total, out of which 67,000 are conventionally powered. It has mandated that all petrol-and diesel-powered taxis being taken out of service must be replaced by electric or liquid petroleum gas (LPG) powered cars. Any new taxis should be electric or other types of new energy cars.

The project is expected to cost taxi operators US$1.3 billion before it is complete. Basic models of fossil-fueled cars in use today cost about US$8,000 to US$10,000. Equivalent electric cars cost twice as much. Taxi drivers are also concerned about the time needed to charge an electric vehicle, coupled with the limited range, which could impact on competition.

In 2015, the London Mayor and 1466 Transport for London committed to introducing the world’s first Ultra Low Emission Zone (ULEZ) in the capital in 2020. From 1 January 2018, all taxis licensed for the first time must be zero emission capable, while new diesel taxis will not be allowed in London.

The Chinese government’s Five Year Plan 2016-2020 includes expenditure of US$2 trillion on transportation infrastructure, including railways, roads and water transportation. The country also targets the use of 200,000 new energy buses by 2020, up from more than 160,000 at the end of 2016.

For more information on companies in this article

Related Content

  • Beijing considers congestion charge
    December 3, 2015
    According to Chinese website Xinhua, Beijing is likely to trial a congestion charge in a bid to address its congestion and air quality. Close to 5.6 million vehicles vie for space on Beijing's roads and vehicle emissions account for 31 per cent of the city's smog sources, according to the Beijing Environmental Protection Bureau.
  • Costing transit is complicated case
    August 19, 2015
    David Crawford welcomes fresh thinking from Canada. Public transit improvements can bring society “significantly more value” than conventional transport models normally indicate, argues Canadian researcher Todd Litman. “Traditional evaluation practices originally developed to assess roadway improvements, and focus primarily on vehicle travel speeds and operating costs. “They do not generally quantify or monetise basic mobility benefits, vehicle ownership and parking cost savings, or efficient land developme
  • On-demand is Denver’s command
    March 6, 2017
    While demand responsive transit overcomes many problems, it has been too expensive to provide for the general public but Denver believes it may have found a solution. Cost-efficiently meeting fluctuating passenger levels within available resources can prove a serious challenge for general publicoriented demand responsive transit. There is growing US interest in this mode - as distinct from the already established use of demand responsive transit for specialised needs, such as paratransit for the disabled –
  • Smoothing out city freight movements
    May 28, 2014
    David Crawford welcomes a national first. Urban freight movements, while commercially and socially vital, are a growing logistical headache for planners and people alike. Figures from France’s Lyon Laboratory of Transport Economics indicate that goods transport in major urban areas accounts for: 20% of traffic; 35% of CO2 emissions made by all urban trips; and 50% of the diesel used; while final km delivery runs account for 20% of the total cost of the transport chain.