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More Efficient Batteries = More Jobs

3p Contributor | Monday November 1st, 2010 | 3 Comments


by Daniel Fielding

This story is about green jobs. But before I get into it, I must make a disclosure: I have an obsession with automobiles. We take cars and trucks for granted. Domestic car manufacturing practically defined the United States in Detroit during the 1970s. Just after World War II, for example, around 60 percent of Americans  owned their own vehicles. Today, a staggering 95 percent of adult U.S. citizens own a car, or you could also figure that to be about 2.28 vehicles per household.

Compare those figures to China, which has only recently been enjoying a manufacturing period like the U.S. did in the 70s. Put this in the perspective of the nefarious recession we’ve all been experiencing. In 2009, the United States, much like the rest of the world, had severe losses in car sales. Americans bought only 10.4 million vehicles in 2009, down 21.2 percent from 2008. China, however, saw 45 percent increase that year, which is still only about four cars for every 100 citizens.

Thankfully a large portion of these figures, for both the Chinese and Americans alike, consist of hybrid/electric vehicle sales. J.D. Power recently released a report forecasting global figures for these green vehicles to reach 7.3 percent within the next 10 years. This year, it is estimated that less than one million hybrid or electric vehicles will be sold worldwide. That number in 10 years is expected to reach over 5 million. A five-fold increase in just 10 years, is not bad when you consider everything involved.

Not only will there be a massive creation of jobs to manufacture the vehicles, but each one of these vehicles will require a battery. Tens of millions of batteries will need to be produced in the next ten years, and this is in the auto industry alone. Also try and keep in mind that military and non-passenger vehicle industries also have a large demand for Li-Ion batteries.

The earliest hybrid vehicles utilized nickel metal hydride (NiMH) batteries. As advances are made, they are being replaced by more efficient (yet more expensive) lithium-ion batteries. The move to a newer and more efficient technology is especially important in vehicles, where every pound shaved off of a car’s curb weight will yield better gas mileage.

Last summer, the CEO of Dow Chemical, Andrew Liveris opened a large-scale battery manufacturing division in Michigan called Dow Kokam. At peak capacity more than 1.2 billion watt-hours of energy capacity will be produced annually. This is enough production to build 60,000 hybrid vehicles every year, as well as directly employing 800 people, in addition to the jobs involved in manufacturing the various car components, selling the cars, transporting the cars, etc.

The battery plant in Michigan is only a small fraction of the expected demand for these types of manufacturing jobs. President Obama estimates that within the next few years, over 800,000 green jobs will be created in the clean energy sector.

What we’re hoping for, is that the income that goes along with 800,000 new jobs will generate higher tax revenue, and more disposable income which will encourage spending again. These two factors will save the budgets of the states encouraging green tech, and will save our economy as well.

Daniel Fielding is the lead editor for Shades of Green a green technology blog.


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  • http://Www.smartprocurement.net Bernie van Niekerk

    I’m very Pro the adoption of EVs .. But the author needs to examine the amount if jobs that will be lost in the industry that makes exhausts, engines, radiators , alternators, gearboxes , fuel tanks , fuel itself and the ancillary logistics industry that moves these items around. The 800 jobs created will probably be a lot less than the jobs lost…

    • http://shadesofgreen.info Daniel Fielding

      @Bernie Van Niekerk
      Thanks so much for reading my piece! I am actually glad you mentioned these things. Firstly, the 800 jobs is just at the one plant in midland; it does not include other companies who are also moving in the same direction.

      As a direct result of the decrease in domestic sales over the last few years, many people producing these parts have been laid off. These people already have the skill-set to jump right into green manufacturing.

      Lastly, it’s important to clarify the difference between EVs. While BEVs (battery electric vehicles) do not utilize traditional combustion engine components, they are only a small fraction of EVs sold. Only a few thousand (production) EVs were sold last year. Conversely, over 700,000 hybrid electric vehicles were sold, and that number is expected to increase dramatically. Those hybrids still need traditional car components.

      I could go on and on, maybe this should be addressed in a new post.

      Thanks for reading!

  • hsr0601

    This writing = old news.

    The yellow and purple Audi A2 car took around seven hours to complete the 600-kilometre (372-mile) stretch, even had the heating on.

    Driver Mirko Hannemann, the chief of DBM Energy, drove the distance at 90 km/h (55 miles per hour) on average, had the heat on and was able to whisk around a few more miles in the city. When the A2 electric finished, it still had 18% of the initial electric charge in the battery.

    It has a lithium-metal-polymer battery. DBM Energy, the company that built the battery and electric motors into the Audi A2, said the battery would function for 500,000 kilometres.
     
    A representative of the car said the Audi still featured all the usual creature comforts such as power steering, air-conditioning and even heated seats as well, so it was not like the car was especially made for long distance record attempts
     
    The German engineers said their car was special because the battery was not installed inside the luggage area, but under the luggage area, meaning the full interior space of the car was still available
     
    The battery, based on what DBM Energy calls the KOLIBRI AlphaPolymer Technology, comes with 97 percent efficiency and can be charged at virtually every socket. Plugged into a high-voltage direct-current source, the battery can be fully loaded within 6 minutes

    The young inventor couldn’t give an exact price for his battery — he said that was dependent on scaling effects — but vowed it wouldn’t just be more powerful, but in the end also cheaper than conventional lithium ion batteries.

    What’s more important, the technology which made the trip possible is available today.
     
    German Economics Minister Rainer Bruederle, who subsidized the drive, said it showed electric cars are not utopian but really work.