Tag Archives: electric vehicles

Nissan’s leaf Electric Vehicle to be launched soon

Nissan Motor Co. will sell the Leaf electric car for a base price of $32,780 in the United States and begin taking orders on April 20. When combined with a $7,500 federal tax credit, the Leaf will be priced at $25,280, the automaker said in a statement today. State and local credits can further reduce the cost to consumers, Nissan said. Early on today, the automaker also said it would sell the battery-powered Leaf hatchback starting off at 3.76 million yen ($40,640) in Japan, where it is also counting on government subsidies to slash the cost to consumers. Nissan said it aims to sell 6,000 Leaf cars, its first mass-volume all-electric model, in Japan for the year ending in March 2011. The company will start taking orders for the model April 1 in Japan, with the first delivery expected in December. After accounting for Japanese government subsidies, Nissan said the net cost to consumers to buy a new Leaf would be near 2.99 million yen ($32,373). The Leaf pricing also represents a premium over established, combustion-engine powered small sedans, such as the Honda Civic and Toyota Corolla. Analysts have said the premium reflects the cost of developing and producing the Leaf’s lithium-ion battery pack. The cost of batteries and the reluctance of consumers to pay more upfront for fuel-saving technology are seen as the major hurdles to mass-market adoption of electric vehicles. Toyota Motor Corp.’s gasoline-electric Prius hybrid, now in its third generation, has a base model starting price at just over 2 million yen ($22,195) in Japan. After trailing rivals Toyota Motor and Honda Motor in the hybrid field, Japan’s No.3 automaker has bet heavily on pure electric vehicles along with partner Renault SA of France. Nissan has said it expects that 10 percent of the world’s auto market will be electric vehicles by 2020, a ratio at the top of industry projections. The automaker has also announced a series of partnerships with utilities and government agencies in the United States and Europe where it believes it has a chance of seizing market leadership. The five-passenger Leaf is designed to provide a range of about 100 miles. Nissan has developed the battery pack for the Leaf with NEC Corp., so that it can be recharged overnight on a 220-volt connection. While skeptics abound, almost all major automakers are working on developing battery-run cars for use mainly in urban areas, to meet stricter emissions and mileage regulations being introduced around the world.

Electric Cars Are Almost Here!

We all know how important it is to lower our carbon footprint; what we do today ultimately affects those in the future. Nissan and Chevrolet have decided to help future generations by introducing electric cars. Nissan is placing its ‘Leaf’ on the market later on this year, and the same goes for Chevrolet with its ‘Volt’.

The Nissan Leaf will be able to travel up to 100 miles on one charge! Now, 100 miles may not seem like that long of a distance, but most Americans actually travel less than that to get to work and back every day. Wouldn’t it be nice to virtually never have to pay for gas again?

The new electric cars are being modeled to look and act as normal, gas vehicles. There are many technological attractions about green cars – including, blind spot sensors, collision avoidance systems and touch sensitive controls. Even the prices of the vehicles are aimed to be priced around those of its gas competitors (roughly $30,000 to $40,000).

Be on the look out for Nissan and Chevy’s electric cars later on this year!

GM Makes First Electric Car Battery

GM Makes First Electric Car Battery
General Motors has made its first mass-produced electric car battery as it gears up to sell the new Chevrolet Volt to the general public later this year. The lithium-ion battery was made at GM’s Brownstown Battery Pack Assembly Plant that will produce the batteries for the automaker’s Volt assembly line in Detroit. Regular production at both facilities is expected to begin in the fourth quarter. It was just five months ago that GM announced it would invest $43 million to convert the empty 160,000-square-foot facility into a production ready battery-manufacturing plant.

GM Chairman Ed Whitacre Jr. had told reporters Wednesday that GM will send out some Volt models before November, when they are scheduled to hit showrooms. He said the company might sell a few early, and it could send some to consumers before November. GM has plans to test about 100 with utility companies before the showroom debut. This idea of the Volt should be great, even like the looks. The battery is of poor design. We see that it is one 5 foot long battery, and as most know, to be buried between the seats.

It won’t last forever and when it comes time to replace it, half the car needs to be disassembled. Unless of course there is some sort of access hatch, but at 5 feet long, should be doubtful.  It will not be easy to move one, lift one, etc. It’s not a one person job. On top of that, when one part of it malfunctions the whole thing needs to be replaced, which is incredibly wasteful and costly. They now cannot sell auxiliaries. If the battery was split into 3 batteries and “stacked” otherwise known as “daisy-chained” they could sell extra cells. They’d be more manageable, affordable, and I’d prefer to drive with spare battery cells that I can swap out on the side of the road, after lunch, a rest area, etc. That would also double it’s electric endurance form 40 miles to 80 on a single charge and single battery swap. I realize that’s still pathetic in the face of the cross-country vacation concept, but the car isn’t meant for that anyway. I’d rather swap batteries when I get home and charge the spares in case of bad weather, construction or other delays the following day.

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