Showing posts with label Batteries. Show all posts
Showing posts with label Batteries. Show all posts

Thursday, May 21, 2009

Company Says That It Can Produce A 100 mpg Hummer H3, Reality Or Fiction?


Raser Technologies a company operating out of Provo, Utah introduced a hummer that the company claims gets the equivalent of 100mpg. The company along with California Governor Arnold Schwarzenegger and Utah Senator Orrin Hatch was on Capitol Hill Wednesday to introduce the technology to the Obama Administration and the nation.
The Chairman of Raser Technologies, Kraig Higginson indicated that consumers could expect the vehicle available for purchase by 2011.
The company said that it's pricing should be about $55,000.00 when the company starts mass producing the Hummer. The company went on to say that the technology used in the prototype would not be limited to just Hummers, a company spokesperson said that the technology employed can work with a SUV or pick up truck.
Visit: http://www.rasertech.com/ for more information.
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That Car Guy

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Monday, May 4, 2009

A Question For That Car Guy...



QUESTION?- I keep thinking that this is an idea who’s time has come. What do you think the pros and con’s are? http://www.autobloggreen.com/2009/05/02/hondas-fuelmaker-finds-a-new-home/


ANSWER- The issue behind natural gas (CNG) is the infrastructure, much like electricity and matching the refueling with demands when people are traveling or general commuting. The money, time and effort that it cost to build the necessary infrastructure is enormous and no one has been able to accurately amortize the timeline when it will be profitable based on the current low demand and lack of real interest. South America clearly has resolved the infrastructure issue and demand for CNG and biofuels as the governments adapted policies quite some time ago.


I believe developing countries could use a program like the home refueling system that you shared, those countries that still lack infrastructure and I bet that the company that purchased the system has underdeveloped nations in mind, because if Honda can't make it work (it's focus is on developed nations) it did not have a market or they felt they could not develop a market in a quick enough time frame.


CNG has had government support for utilities for years and it still has not gained enough traction within the commercial area, large subsidies to other businesses who could purchase trucks outfitted or retrofitted to burn CNG also, but the effort has gone nowhere, mainly because of the refueling issue. Americans by and large are unwilling to give up luxuries that they have been used too, CNG and biofuels vehicles do not enjoy the same horsepower and torque that gasoline powered vehicles have in the current form. Companies are working on improving horsepower and performance to match gasoline.


The real issue becomes what alternative fuel (CNG, BioFuels, Clean Diesel, Electricity, Fuel Cell, Hybrid program etc...) will our government support in creating the necessary refueling stations that are needed. I like Fuel Cell technology as a power source but the infrastructure necessary is way to high. By and large our nation travels great distances and in many communities it is necessary, we aren't a nation that has short commutes and most of our population centers are not densely populated so people have to travel longer distances daily, especially in middle America. It will be hard for folks in the midwest down to Texas to give up there large SUV's and Trucks when that is the comfort level and demands needed to accomplish those families daily needs. Americans still have an appetite for larger vehicles, imagine traveling from Indianapolis, to Chicago in a Smart Car, that vehicle works for a city commute but if that is your main vehicle do you really want to travel 200 miles in that vehicle.


I believe Electricity is the way that I see our country going, electric vehicles can have great torque and horsepower and reach speeds quickly, the infrastructure needed to put recharging stations in current gasoline stations or building a recharging station (these can be unmanned) is simpler than putting in new bio fuel tanks, new diesel tanks or CNG storage tanks. Plus I believe our public sees electricity as greener, although that is perception, the output from the vehicle is clean, however the process to produce the electricity is not clean, most comes from coal, in addition, the wasted batteries will become a disposal issue, but with most things the perception will sell it.


There is a program that is gaining some press and might have legs, check out http://www.projectbetterplace.com/ this company has a radical new take on vehicle purchases and refueling. The company views vehicles much like the cell phone industry views cell phones, where the money is in the service (batteries and refueling) not the physical product. Check it out and I would be interested in your feedback.

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That Car Guy

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Monday, April 13, 2009

Mazda Is Producing A Hybrid Vehicle That Operates On Hydrogen, Electric and Gasoline, Introducing The Mazda Premacy HSE Hybrid...

Mazda's Hydrogen Hybrid Unites Green Technology
Mazda's Hydrogen Hybrid Unites Green Technology


^Check out video link above^

The technology that is being used in the developmental Mazda Premacy HSE Hybrid (Premacy Hydrogen Rotary Engine Hybrid) may get some legs. Mazda has just been granted authorization to begin road testing by the Japanese Government and further developmental processes may bring a Premacy HSE to a dealer near you soon.

The Premacy HSE is a unique vehicle that allows the vehicle to switch between using hydrogen, electric and gasoline to propel the vehicle, designed to use gasoline when a hydrogen fuel station is not convenient, the vehicle cost considerably less than it's hydrogen only vehicle counterparts.

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That Car Guy

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Wednesday, April 8, 2009

More on the PUMA Project from GM and Segway...

I found additional video of the newest invention from Dean Kamen and his folks at Segway, Inc., in collaboration with General Motors it seems that the original Segway is evolving.

When you look at the limited market that the original Segway was catering to, this model with it's seating position and the ability to add a passenger may make a dent in this very unique market category.

I am interested in any feedback or opinions on this personal use vehicle.

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That Car Guy

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Tuesday, April 7, 2009

Gm and Segway Unveil The Personal Urban Mobility Vehicle that Goes 35mph and Travels Over 35 Miles...

Visit msnbc.com for Breaking News, World News, and News about the Economy


General Motors and Segway, Inc. introduced today a two-wheeled, two seat electric vehicle that the company is stating could solve transportation problems in urban area's.

The vehicle weighing 300 pounds is operated on lithium-ion batteries and electric motors and is using the Segway's two wheel balancing technology. The Personal Urban Mobility and Accessibility vehicle or PUMA as it is being called will travel 35 miles at speeds up to 35 mph on one single charge.

The PUMA will also be outfitted with communication systems that would allow it to avoid obstacles, be self driven, avoid pedestrians, other vehicles without crashing. The PUMA will be outfitted with GPS and other transponders that allows the vehicle to navigate without traditional safety devices, including air bags, although the PUMA will have safety belts for "comfort purposes", Larry Burns, GM Vice President of Research and Development said.

The companies announced that the vehicle could be ready for production, but no timeline has been set for production.

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That Car Guy

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Friday, March 6, 2009

The Evolution Of Motorized Engines... A Magnetic Motorbike...

Magnetic Motorbike
Magnetic Motorbike




I presented several weeks back that some designers and engineers were working on a vehicle that was powered by magnets. The designers at NFK Group Genesis has developed an actual prototype that is functioning and the company is fine tuning for production.

The vehicle has developed a hybrid magnetic motor that is a combination of an electro magnet and permanent magnet that can travel 112 miles fully charged. The charging of the motor is done as the company says just like you would a cell phone, to fully charge the battery takes 6 hours. The motorbike has a top speed of 93 mph and the motor is whisper quite.

I have attached a couple of videos of the bike in operation, so that everyone can develop there own opinions and interest. I will keep up on this dramatic advance in engineering as the ideas and ingenuity keep coming as the world shifts to alternative power and shifts away from fossil fuels.

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That Car Guy

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Monday, January 12, 2009

Volt battery pack will be built in Michigan by LG Chem...


General Motors and Chevrolet announced that the Chevrolet Volt battery pack will be manufactured in Michigan at an as yet named location at what will be the largest automotive battery lab in the United States, according to GM's Press Release.
This will be the first lithium-ion battery pack manufacturing facility operated by a major automotive manufacturer in association with LG Chem the battery pack's developer.
The facility is expected to start producing batteries in 2010 as announced by Rick Wagoner at The North American International Auto Show in Detroit, Michigan.
"The design, development and production of advanced batteries must be a core competency for GM, and we've been rapidly building our capability and resources to support this direction." Wagoner said. "This is a further demonstration of our commitment to the electrification of the automobile and to the Chevrolet Volt - a commitment that now totals more than $1 Billion."
"The Volt's lithium-ion battery cells will be supplied by LG Chem's subsidiary Compact Power, Inc. based in Troy, MI." This subsidiary will build the batteries for the VOLT until GM's battery facility is fully operational. "A joint engineering contract with Compact Power and LG Chem also has been signed to further expedite the development of the Volt's lithium-ion battery technology."
A specific sit has not been selected as GM is working with the State of Michigan and local authorities on incentive packages and other tax incentives.
GM will be building the complete battery packs and will take on all of the responsibility on the battery management system and power electronics, Compact Power will continue to provide GM support with the development, integration and provide other consultative support.
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That Car Guy

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Tuesday, December 2, 2008

Fisker Automotive introduces the production version of their plug-in hybrid Fisker Karma...


The folks at Fisker Automotive unveiled and announced today that their first production vehicle will be on display at The Detroit Auto Show in January 2009. The Former Design Chief at Aston Martin and BMW Henrik Fisker who is CEO of Fisker Automotive, has been steadfast in delivering what appears to be a nearly identical version of the vehicle that was seen at last years Detroit Auto Show in 2008.
What makes the vehicle move is what is being labeled Q-Drive technology, which will provide an all electric range of 50 miles. The vehicle has a 2.0 liter Ecotec turbocharged engine from General Motors that is rated at 260 hp that operates a generator to provide power to after the battery power is exhausted. The Fisker Karma as announced has a 0 - 60 mph time of 5.8 seconds and will reach 125 mph at top speed.
The vehicle is expected to have a base price of $87,900.00 and no announcement has been made about distribution at this time or production timetable.
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That Car Guy

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Thursday, November 20, 2008

Dodge introduces Dodge EV Sports Car at L.A. Auto Show...


Dodge introduces the DODGE EV sports car at the Los Angeles Auto Show. The lightweight aluminum chassis developed by Lotus is an all electric "plug in" type vehicle that promises a driving range of up to 150 miles.

The lithium ion batteries along with its all electric 268hp engine delivers 0-60 mph in 5.o seconds and will do the quarter in 13.0 seconds with a top speed of over 120 mph. Dodge is hoping that these statistics will deliver customers to it's showroom, however the vehicle isn't expected to hit dealer showrooms until 2010.

Pricing has not been determined and Dodge has not stated an exact time frame for delivery to dealerships.

Note: Without a Auto Bailout package, Dodger will be hard pressed to deliver on this promise.

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That Car Guy

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Friday, October 24, 2008

500 All Electric BMW Mini's to be leased next year...

BMW has just announced that it will be test piloting a program which will lease 500 All Electric Mini vehicles called the Mini E in California, New Jersey, New York.

The vehicles will be powered by lithium-ion batteries that have a range of 150 miles with a maximum speed of 95 mph and will go 0-60 in 8.5 seconds.

The vehicles will have the ability to be charged overnight or a special high speed wall box charger will be able to charge the batteries in 2.5 hours. The initial test vehicles will be two seaters because of the space that is needed to house the battery pack.

The vehicles will be leased for $850.00 per month which will include all maintenance.
BMW has committed itself to producing energy efficient vehicles and reducing emissions on the road.

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That Car Guy

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Thursday, October 16, 2008

BYD Hybrid Vehicle... Warren Buffet invest $230 million dollars into company...



Warren Buffet just dropped $230 million dollars for ten percent of BYD a Chinese Battery maker and Hybrid powertrain manufacturer.
It looks as if BYD is making a push to bring a dual mode hybrid vehicle to market much sooner than expected. BYD has had a launch date of 2010 for its vehicles and have not announced plans for the U.S. market. However it has been reported that it has had some of the most extensive testing of it's batteries and vehicles in China.
The batteries have a range of 62 miles and will last 300,000 miles before needing replaced, the company claims.
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That Car Guy

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Friday, October 10, 2008

Chevrolet Volt may get a 100mpg rating if the EPA approves of proposed testing formula...

The Chevrolet Volt may get a 100 mpg. rating, which would be a first in the world of mass produced vehicles. General Motors is requesting from the EPA, for regulatory purposes, to declare the Volt an electric vehicle. The California Air Resources Board has given the Volt preliminary certification as an electric vehicle, according to Rob Peterson, a GM spokesperson.
If given the 100 mpg rating, it would provide a strong and valuable marketing benefit for GM and be a boost for compliance and fuel economy standards.
Typically, a vehicle would be tested on a EPA test loop, that would consist of city and highway driving, to measure tailpipe emissions and pollutants and provide necessary data for calculating fuel economy. However for electric vehicles that have not emissions, the government uses a Department of Energy mathematical formula to translate energy use into an equivalent of miles per gallon of gasoline.
Using the above described formula, the all-electric Tesla Roadster, as an example gets a 244 mpg rating for the government's corporate average fuel economy program.
The Chevrolet Volt is a plug in electric hybrid, which GM describes as a "range-extended" electric. The vehicle due out in 2010 is designed to go 40 miles on all-electric power. Then a small internal combustion engine would engage to extend the range. It does not appear as reported that the test loop would provide an accurate measure of the Volt emissions and fuel economy.
A government official who wanted anonymity said that declaring the Volt an electric would not paint a true picture of the vehicle.
Rob Peterson, a GM spokesperson said that if the Volt would be certified as an electric, the GM engineers could fully utilize the powertrain's calibration for testing against that classification.
The Society of Automotive Engineers would not classify the Volt as a electric vehicle. The Society of Automotive Engineers classifies and defines a hybrid as having two sources of of energy, like gasoline and electric, of which the Volt has.
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That Car Guy

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Friday, October 3, 2008

Smart car gets even Smarter... Daimler is testing 100 battery powered Smart ED's...

Daimler is testing 100 Smart ED in and around Berlin, Germany just in time for the Paris Motor Show. The Smart ED (ED stands for electric drive) has a range of 90 miles on a charge, Berlin has several charging stations positioned around Berlin, Germany to accommodate the testing. Utility company RWE has or will be installing 500 electric charging stations throughout the city.
Daimler had been doing some real world testing in London, England since 2007 as the project has been in development for some time. In addition a diesel version of the Smart vehicle has been available for some time now and boast the lowest carbon dioxide emissions of any available production vehicle worldwide, according to Daimler.
The production schedule for the Smart ED is planned for the end of 2009 as the vehicle continues certain internal testing and fine tuning of other components to meet production version standards. The initial roll out will be limited at first and then go into full production, the company has not disclosed it's sales forecast for the model.
The company did disclose that it will begin selling a Smart two-seater in China starting in mid 2009 and expand as the market dictates and supplies increase.
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That Car Guy

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Friday, August 22, 2008

EnerDel is set to hire 277 workers at Indianapolis, In plant...

EnerDel will hire hundreds at 2 sites
Lithium-ion battery deal for Think electric vehicle may return city to roots

Once a leader in producing electric cars, Indiana someday could become the center of the nation's new electric car business.
State officials raised the prospect Thursday when Indianapolis battery researcher EnerDel confirmed it will become one of the world's first companies to ramp up output of high-tech batteries for cars designed to run entirely on electricity.

EnerDel, a blend of Japanese and American engineers and Russian capital, said it will hire about 277 production workers and engineers in Indianapolis and Noblesville to make lithium-ion batteries for export to Think Global, a new car company in Norway.
If the Think cars prove reliable in Europe, the company could open an Indiana car assembly plant even as major automakers turn to EnerDel for high-volume production of the innovative batteries able to move a car 110 miles before requiring recharging.
"We aim to be a winner," Ulrik Grape, EnerDel's president and chief executive officer, told the company's nearly 100 employees at a news conference announcing the production ramp-up for Think.
In an era of costly fuel, drivers want better mileage. But no big car company ever has touted purely electric cars as a solution to the nation's fuel woes. The reason has been the limited driving range of conventional batteries.
Now, Think Global and a bevy of other small companies are trying to edge into the market with a battery capable of storing more than 10 times the electricity found in the battery of a Toyota Prius hybrid.
Think Global, backed by investors in high technology including Rockport Capital of Boston, plans to make about 10,000 electric cars a year powered by lithium-ion batteries.
Think could put a production line in the U.S. as early as 2011 to assemble electric cars, said Richard Canny, Think chief executive officer. Plans call for launching the 155-mile range Think Ox model in the United States. The Ox would be an upgraded version of Europe's Think City and would meet U.S. highway regulations.
"Our immediate goal is to ramp up production here," said Canny, in a phone interview from his office in Norway. An Australian, he earlier this year headed strategic planning at Ford Motor Co. in Michigan,
"There's no doubt we'll come to the U.S. The question is when. On one hand, we'd want to be close to where our customers are. On the other, there are good technical capabilities in the Midwest," Canny said, referring to the region's talented technical employees.
Automakers have honed gasoline engines for better mileage and also brought out hybrids that mate electric motors with smaller gas engines. But conventional batteries deterred carmakers from electric cars. Four years ago, General Motors scrapped the last of its California EV-1 electric car program, saying the 40-mile to 50-mile driving range was insufficient.
Hybrids like the Prius can run 40 to 50 miles per gallon, but still depend on gas engines and use relatively small batteries. The nickel metal hydride battery in the Prius stores about 2.6 kilowatt hours of electricity, compared with 26 kilowatt hours in EnerDel's 600-pound battery pack.
EnerDel, relying on innovative Japanese chemistry and former GM Delphi battery engineers, designed the lithium-ion battery in a quick program that has enabled the company to reach market sooner than most other battery researchers, Grape said.
Think Global tested lithium-ion batteries from more than a dozen developers and selected three suppliers: EnerDel; A123 of Watertown, Mass.; and Mes-dea of Switzerland.
By expanding capacity in Indianapolis and Noblesville, EnerDel could make 300,000 batteries a year, Grape said. Indianapolis will make the cells while Noblesville assembles the battery packs.
If the company lands new contracts, EnerDel could open a third battery plant in Indiana covering more than 300,000 square feet and employing more than 450 workers. Criteria for that plant would include access to rail, ceilings 25 feet high, good roads to withstand the heavy batteries, and proximity to engineers and production workers capable of advanced manufacturing.
State officials say if the electric car catches on in America, Indiana can become a center for production by drawing on resources of area enterprises, such as Delphi electronics in Kokomo and Crane Naval Surface Warfare Center, a U.S. Navy facility southwest of Bloomington known as a leader in battery storage technology.
"Our state is perfectly positioned to do the right thing and move fast and lead this revolution," said Gov. Mitch Daniels at the news conference. Later, he noted the state would try to persuade Think to locate the vehicle assembly plant in Indiana.
In Southern Indiana, Jeffersonville now is competing with Bowling Green, Ky., to lure Integrity, a Kentucky maker of an electric car called the Zap. The Zap is considered less sophisticated than Think, which is designed to run on freeways and accelerate from a stop to 60 miles an hour within eight seconds.
It's still not clear, though, whether that big contract is close at hand for EnerDel. About a dozen automakers and major auto-parts makers now are examining versions of EnerDel's batteries, Grape said.
Despite the disarray in the New York capital markets, EnerDel would have no problem raising money to build a big Indiana plant to supply a major automaker, said Gerard Herihy, chief financial officer of Ener1, a parent of EnerDel.
"The only industry able to raise a lot of capital right now is energy and solar. We're in the same area," he said.
Ener1 is the New York-based company financed in part by Russian timber mogul Boris Zingarevich.
Ener1 formed EnerDel in a 2004 joint venture with Michigan-based auto-parts maker Delphi and Japanese electronics company Itochu.
Ener1 this summer acquired bankrupt Delphi's share in EnerDel. EnerDel is housed in the Indianapolis plant that Delphi built for battery production near 86th Street and I-69.
Delphi's origins trace to Delco and Remy, companies with extensive Indiana ties that also had a large hand years ago in putting the first electrical systems in automobiles.
Early in the 20th century, before the gas engine displaced the electric car, historians say, Indiana was home to an array of electric car companies. These included Mills Electric of Ligonier, National Automobile & Electric of Indianapolis, Studebaker Electric of South Bend, Warren Electric of Indianapolis and Waverly Electric of Indianapolis.

*Courtesy Indianapolis Star reporter Ted Evanoff

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Wednesday, August 6, 2008

Nissan unviels EV-01 Electric Vehicle...

Yokosuka, Japan-

Nissan unveiled its new EV-01 electric vehicle to the public today, that they say delivers more power than a typical hybrid that is found today. The new vehicle that is being prepared to be sold by 2010 produces it's power with 600 pounds (300 kilogram) of lithium-ion batteries.
Nissan has not proved test data like cruising range and other data.

Nissan along with its partner Renault SA, has stated that it is partnering with the Portuguese Government to sell electric vehicles in the country by 2011, in addition Nissan also announced it has other deals with a Palo Alto, California company A Better Place to market electric vehicles in Israel and Denmark by 2011.

Nissan promises to have the vehicle on sale in Japan and the U.S. by 2010 and globally by 2012. Nissan has been slow to the marketplace with its electric vehicle program and is playing catch up with rivals Toyota and Honda, in addition to entries from Ford and GM.

The vehicle has some unique features such as a side collision prevention feature that uses sensors to detect oncoming vehicles even in blind spots and will warn drivers when switching lanes. The driver will feel a slight tug on the wheels that is carried out with very light braking through the wheels, said Nissan Senior Manager Junichi Kobayashi.

More to come.

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Kevin Kimbrough
That Car Guy

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Tuesday, August 5, 2008

EnerDel will produce lithium-ion batteries for the THINK Car...


Indy to power electric car.

Indianapolis, Indiana plant expanding to produce lithium-ion batteries

EnerDel plans to expand its Indianapolis plant by the end of the year to start commercial production of 600-pound lithium-ion battery packs that will power a Norwegian-made all-electric car.
"We're planning to expand rapidly. We're scaling up to some big numbers," said Charles Gassenheimer, chairman and chief executive of Ener1, the Florida-based parent of the battery maker.

The batteries will go into the Think car, a two-seater produced in Norway that aims at becoming the first commercially available electric car.
Think wants to gear up to produce 10,000 cars a year in 2009, Gassenheimer said, with EnerDel supplying the batteries.
EnerDel plans a 49,000-square-foot expansion and remodeling of its plant at 8740 Hague Road, where batteries are produced, according to a state-filed building permit. Currently EnerDel does battery research at the plant and produces limited numbers of lithium-ion batteries for testing and development in electric cars and gas-electric hybrid vehicles.
"This is one of the crucial steps" in EnerDel's history, Gassenheimer said of the expansion. "The next six months are crucial. We want to make sure we execute on the production side."
EnerDel employs about 100 people at the plant and could hire 150 more in the next 18 months, said spokeswoman Rachel Carroll. Many would be engineering jobs, she said.
EnerDel has been talking to the state about economic incentives, such as property tax abatement, for the project. An announcement about incentives could come soon.
Think was an electric car project of Ford Motor Co. until Ford sold it in 2003. Norwegian investors bought Think in 2006. Think cars with the EnerDel battery are expected to be sold first in Europe in late 2008 or early 2009, with U.S. sales following.
The auto industry needs a light, powerful battery to make the electric car a viable alternative to the gasolinepowered car. The lithium-ion battery appears to be the best solution, but energy experts say kinks must be worked out, including weight and heat production problems.
EnerDel, formed in 2004, is staking its future on the lithium-ion battery, which is commonly found in laptops and cell phones. It claims to have a battery that runs cool and doesn't short out or explode even if punctured. Hybrid vehicles currently use nickel metal hydride battery packs.
EnerDel is one of a handful of battery makers that have received millions of dollars in funding from the three major U.S. automakers through the U.S. Advanced Battery Consortium. It also has received grants from the U.S. Department of Energy.
EnerDel's hybrid battery, which is the size of a conventional car lead battery, is not as far along in development as the much larger battery for all-electric cars.
When tested in the Toyota Prius, the hybrid battery achieved 77 miles per gallon, Gassenheimer said. The nickel metal hydride battery used commercially in the Prius gets 50 to 55 mpg, he said.
Gassenheimer said EnerDel wants to sign two contracts with car makers by the end of the year to develop its hybrid battery for commercial use.
Ener1, which is publicly traded, last week received bankruptcy court approval to buy out the 20 percent stake of its EnerDel founding partner Delphi Corp. for cash and stock worth $30 million. That gives Ener1 100 percent control of EnerDel.
"They were unable to help us financially due to their bankruptcy," Gassenheimer said of Delphi.
He said Ener1 now wants to find a new partner, such as an automaker, for the battery business.
"I don't believe EnerDel's best approach is to go it alone. We need partners," he said.
EnerDel is competing with Japanese powers Panasonic and Sony and other companies to come up with better car batteries that are low-cost, efficient, high-performing and safe.
Carroll said EnerDel is committed to producing its batteries in the United States. That could give EnerDel an advantage in the U.S. marketplace. The thinking among some alternative-energy analysts is that government policymakers looking to reduce America's dependence on foreign oil wouldn't be eager to give economic incentives to a foreign battery company that would send money spent on energy out of the country.
"EnerDel is well-positioned" to find users for its batteries, said Susan Eustis, an analyst for WinterGreen Research in Lexington, Mass. Besides cars, she said, "there are just so many places where this stuff can be used: wheelchairs, scooters, robots, power tools. You'll just see a proliferation" of users if the lithium-ion battery works well.

*Courtesy Star reporter Jeff Swiatek

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