Showing posts with label electric vehicle. Show all posts
Showing posts with label electric vehicle. Show all posts

Thursday, 9 December 2010

Nissan Leaf: A revolutionary vehicle that drives like a car

The Leaf is revolutionary because when it hits the road this winter, it will be the first mass-market all-electric car on the market and will start at $32,780 before tax credits. Kudos toNissan Motor Co.for having the joules to devote the time (it started developing electric vehicles in 1992) and the expense (billions of dollars) necessary to bring the Leaf to production.


And in so doing, Nissan addressed the myriad shortcomings that electric cars traditionally have had in comparison with their internal-combustion brethren. Key among these are concerns about the cars' practicality and cost and consumers' range anxiety, a nascent term that describes the fear of running out of power before reaching the destination.

My time with the Leaf demonstrated that for all its innovation, it's just a car. It's not a science experiment, or a spaceship or a pipe-dream prototype. It's a livable, enjoyable car that just happens to avoid using gasoline altogether because you plug it in at home to charge. A statewide network of charging stations is also in the works.

Australia’s First Ever Electric Vehicle Fast Charger to be Installed at Mitsubishi

Mitsubishi Motors Australia Limited (MMAL) will unveil Australia’s first ever fast charge electric vehicle recharging station later this month in Adelaide to service Mitsubishi’s innovative electric i-MiEV.

Located at MMAL headquarters in Clovelly Park, Adelaide, the Level 3 Electric Vehicle DC Fast Charge System will provide fast and convenient charging for the i-MiEV, one of the world’s first truly viable zero drive-time emission city commuter vehicles.

MMAL has worked with motoring club product and service supply company Club Assist to bring the latest electric car re-charging technology to Australia.

The Fast Charger charges the i-MiEV’s Lithium-ion battery to 80 percent capacity in just 30 minutes and a 50 percent charge is completed in under 12 minutes. The battery can also be charged from a normal 15 amp domestic household power supply, taking about seven hours to reach full capacity.

President and CEO of MMAL, Masahiko Takahashi, said he is thrilled to bring Australia’s first ever Fast Charger to Mitsubishi customers.


Read this news @ http://www.evhub.in/news/336#336

Sunday, 26 September 2010

Electric Car: Is It Right For You?

This year may just go down in history as the year of the electric vehicle as the nation's first mass-produced EVs come to market. One of the new electric vehiclescoming out this year is the Nissan Leaf. With a 100-mile driving range, many Americans are asking themselves if a vehicle like the Nissan Leaf will be a viable alternative to a hybrid or gasoline powered car. Unfortunately some may be scared off by the limited driving range, but consumers may be surprised that a 100-mile range is more than sufficient to meet their daily commuting needs.
GE has created a new tool to help Americans better understand their driving needs. After entering your ZIP code, you're asked to enter how many miles per day you think you drive. You will then be brought to a map where you mark your home, your place of business, the gym, the grocery store and any other locations that you drive to on an average day. The GE So Near, So Good tool will then map out your day and determine how many miles you travel during your typical daily commute.
The results may be surprising as the average American drives less than 30 miles in a typical day. This means that an electric vehicle with a 100-mile driving range is more than sufficient to meet your daily commuting needs.
Current studies predict that there could be 14 million electric vehicles on the road by 2020. If this prediction comes true, owners of the new EVs will save a combined $14 billion on fuel and maintenance costs each year. The reduced driving costs of an electric vehicle are just one of the many benefits of switching from a traditional gasoline-powered internal combustion engine to an electric vehicle.