Skip to main content

Mass production zero emission vehicle to be released

Following the success of its Nissan LEAF electric car, Nissan is now in the final development phase of its second mass produced zero emission vehicle: the Nissan e-NV200 compact van. Nissan has been working with FedEx Express since late last year to develop the vehicle with the delivery company seen as an ideal partner because of its fleet of 130 all-electric vehicles globally. The company says the electric van will boast an all-electric drivetrain based on the Nissan LEAF. Its power comes from a lithium-io
September 21, 2012 Read time: 2 mins
Following the success of its 838 Nissan LEAF electric car, Nissan is now in the final development phase of its second mass produced zero emission vehicle: the Nissan e-NV200 compact van.

Nissan has been working with 756 FedEx Express since late last year to develop the vehicle with the delivery company seen as an ideal partner because of its fleet of 130 all-electric vehicles globally.

The company says the electric van will boast an all-electric drivetrain based on the Nissan LEAF. Its power comes from a lithium-ion battery with 48 compact modules and an 80kW AC synchronous motor capable of generating 280Nm of torque. It will include quick charging in which the battery can reach 80 per cent capacity in 30minutes.

The vehicle has been tested on the streets of London since December 2012 and more recently in Yokohama, Japan for real world feedback. There will be further proving tests in the USA, Brazil and Singapore. FedEx has been involved in the testing – and both companies are expected to continue their partnership in the research and development of an urban parcel delivery vehicle.

Zero emission vehicles are expected to play a key role in Nissan’s plans for its light commercial vehicle line-up: with the e-NV200 to be the second of four electric vehicles to be mass produced by the Japanese carmaker.

Related Content

  • June 24, 2016
    Elimination of electric vehicle systems
    According to IDTechEx Research reports, Power Electronics for Electric Vehicles 2016-2026, Mild Hybrid 48V Vehicles 2016-2031 and Structural Electronics 2015-2025: Applications, Technologies, Forecasts”, el4ctric vehicles (EVs)have a cost challenge: hybrids have complexity problems meaning reliability and space issues. Extra power electronic units arrive for tasks such as a vehicle-to-grid, vehicle-to-house and inductive charging. Many more will be added in future such as regeneration modules - thermoelect
  • January 23, 2018
    Nissan Leaf technology integrated into electric bus trial in Japan
    Nissan Leaf’s technology will be integrated into an electric bus project in Japan with the intention of making zero-emission public transit more widespread and affordable. The project is led by Kumamoto University’s involvement with a Japanese Ministry of Environment project which aims to eliminate C02 and other emissions from larger vehicles. The trial is scheduled to begin next month. Called Yoka Eco Bus, the vehicle will feature three batteries, three electric motors and an inverter from the Nissan
  • November 7, 2018
    Wrightbus showcases fuel cell electric bus in the UK
    Wrightbus says its double deck bus uses fuel cell technology to deliver zero emissions while in operation. The StreetDeck fuel cell electric vehicle was displayed at the UK’s Euro Bus Expo 2018 in Birmingham. Fuel cell technology mixes hydrogen and compressed air (oxygen) in a chemical process to generate electric power to drive. The company says the vehicle comes with an extended storage option which increases its range from 200 to 265 miles. Also, the bus can be refuelled in seven minutes. Stre
  • August 9, 2013
    Electric cars – do zero emissions add up?
    Buying an electric car may seem to be the green option when the energy label states Zero CO2 emissions. But that’s not the whole story when you factor in the electricity required to charge the batteries, and associated CO2 emissions created in electricity generation; the green benefits then become less clear. According to Vehicle Certification Agency (VCA), the latest Renault Clio 4, dCi 90 ECO, emits 83 grams of CO2 per kilometre travelled. In comparison the Electric Nissan Leaf, requires 173 Watts of elec