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NISSAN UNVEILS “LEAF” –THE WORLD’S FIRST ELECTRIC CAR DESIGNED FOR AFFORDABILTY AND REAL WORLD NEEDS
The Nissan Electric Vehicle
NISSAN UNVEILS “LEAF” – THE WORLD’S FIRST ELECTRIC CAR DESIGNED FOR AFFORDABILTY AND REAL WORLD REQUIREMENTS

The Nissan Electric Vehicle
August 2nd 2009 – Yokohama
- ...will be pure electric, a customer will never have to pay for gas again!
- ...won’t have any tail-pipe emissions because it has no tail pipe.
- ...is a compelling alternative and affordable car; will be priced as a C-segment car
- ...family and friends focused and will seat 5 passengers in its roomy interior.
- ...fun to drive you can even get a speeding ticket on the motorway (though we don’t encourage it)!
- ...will charge in less time than a night’s sleep.
- ...can go 100 miles (160kms) on a single charge. About 80 % of motorists globally drive less than 100 miles (160kms) – the range of the Nissan EV – on average. Can get you where
- ...you want to go in the course of a day.
- ...Why LEAF? Leaves purify the air and LEAF purifies mobility.
And
- ...will cost less in maintenance than today’s cars do.
- ...will have IT Connectivity, premium audio, navi system, etc.
- ...will have an advanced lithium-ion battery.
- ...will be eligible for tax break in some countries, plus other potential local incentives.
- ...will have pre AC function to cool or warm interior when you unplug and drive away.
- ...can charge during off-peak times (when off-peak rates are in place) to save you even more money.
- ...will drive and handle like a C-segment vehicle.
- ...convenient, easy, and has all the amenities, comfort and safety features Nissan customers have come to expect.
Plugging In
- Home charging for our electric vehicles requires a standard 220 volt line.
- 220 volt power for EV charging is already available in most homes and businesses around the world
- Home charging will provide a “full tank” in 8 hours.
- Nissan is working to foster the development of quick-charging, which takes about 26 minutes, the average length of time spent at a fast-food restaurant.
- Electric charging offers a cost advantage of roughly 85% vs. Petrol
Zero-Emission Mobility
- Pure electric transportation is the only way to achieve zero-emission mobility.
- Nissan EVs will be on the roads late next year and will be mass marketed to consumers globally in 2012.
- The Renault-Nissan Alliance is working with communities, utility companies and all levels of government to help make zero emissions a reality around the world.
- Globally, the Renault-Nissan Alliance has announced strategic partnerships to promote EVs in Ireland, Israel, Monaco, Japan, Portugal, China, Ireland, Switzerland, France, the U.K. in total almost 30 partnerships
- Nissan and NEC have entered into a joint venture – Automotive Energy Supply Corp. – to mass produce advanced lithium-ion batteries. SOP started in Zama plant in Spring this year. Production capacity is 65 000 units a year
- EVs aren’t new to Nissan. Nissan introduced its first electric car in 1947: the Tama. In the 1990’s Nissan introduced 3 EVs: the Prairie and Altra EV some of which are still running in California; and in 2000: the Hypermini. We even had an EV test vehicle at the North Pole for 6 years from 2000.
- Nissan EV’s production will start in autumn of 2010 in Oppama plant. Production capacity will be 50K units / year
- In the US, the vehicle assembly plant in Smyrna will have the capacity to build 150,000 zero-emissions vehicles a year and the new plant will have an annual capacity of 200,000 batteries.
- EV Lithium battery production for the recently announced Sunderland and Portugal Plants has a projected capacity of 60,000 units each.
NISSAN LEAF Specs
| Dimensions |
|
| Length: |
4445 mm |
| Width: |
1770 mm |
| Height : |
1550 mm |
| Wheelbase: |
2700 mm |
| Performance |
|
| Driving range over: |
160km/100miles (US LA4 mode) |
| Max speed (km/h): |
over 140km/h (over 90mph) |
| Motor |
|
| Type: |
AC motor |
| Max power (kW): |
80kW |
| Max torque (Nm): |
280Nm |
| Battery |
|
| Type: |
laminated lithium-ion battery |
| Total capacity (kWh): |
24 |
| Power output (kW): |
over 90 |
| Energy density (Wh/kg): |
140 |
| Power density (kW/kg): |
2.5 |
| Number of modules: |
48 |
| Charging times: |
quick charger DC 50kW (0 to 80%): less than 30 min; home-use AC200V charger: less than 8 hrs |
| Battery layout: |
Under seat & floor |
Further information: www.nissan-zeroemission.com
Links to video footage for new Nissan Leaf
http://www.youtube.com/watch?v=fAxEiecu040
http://www.youtube.com/watch?v=KvMDj0CzPi8&feature=channel
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