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

  • New approach to data handling aids development of smarter cities
    January 14, 2013
    David Crawford has been to the Irish capital to see a potent memorandum of understanding at work. An imaginative collaboration between the world’s largest IT company and one of Europe’s smaller capital cities is demonstrating a new approach to data handling that could have far reaching implications for urban public transport worldwide. A close working relationship between IBM and Dublin City Council (DCC) dates from 2010.
  • New approach to data handling aids development of smarter cities
    January 11, 2013
    David Crawford has been to the Irish capital to see a potent memorandum of understanding at work. An imaginative collaboration between the world’s largest IT company and one of Europe’s smaller capital cities is demonstrating a new approach to data handling that could have far reaching implications for urban public transport worldwide. A close working relationship between IBM and Dublin City Council (DCC) dates from 2010. The IT giant was looking for a local transport authority as partner for testing IBM’s
  • New approach to data handling aids development of smarter cities
    January 11, 2013
    David Crawford has been to the Irish capital to see a potent memorandum of understanding at work. An imaginative collaboration between the world’s largest IT company and one of Europe’s smaller capital cities is demonstrating a new approach to data handling that could have far reaching implications for urban public transport worldwide. A close working relationship between IBM and Dublin City Council (DCC) dates from 2010. The IT giant was looking for a local transport authority as partner for testing IBM’s
  • EV inductive charging set to gain traction
    June 13, 2014
    New analysis from Frost & Sullivan, Strategic Analysis of Inductive Charging for Global Electric Vehicles (EV) Market, finds that the total market for inductive charging is expected to experience a compound annual growth rate of 126.6 per cent from 2012 to 2020, with approximately 351,900 units likely to be sold. Inductive charging will account for 1.2 per cent of both public and residential charging in North America and more than 2.6 per cent in Europe. Residential charging will be the most popular method,