According to a report from gigaom earlier this week, the electric auto industry will soon be producing battery packs at a rate far greater than the number of electric cars being built.
Caused in part by a slower uptake of electric cars by consumers than was initially hoped, the article warned that the upcoming battery glut would force some battery firms to go out of business unless they could forge partnerships with electric automakers currently producing vehicles or find alternative uses for the battery packs.
The recent financial crisis hasn’t helped either. With automakers like Think declaring bankruptcy, battery packs which had been built for the compact city car are currently surplus to requirements.
Also contributing to the glut of battery packs was the way in which governments incentivized the electric car industry, according to Oliver Hazimeh, partner and head of the global e-Mobility practice at global management consulting firm PRTM.
“Manufacturers rushed to build out capacity ahead of demand to (a) capture stimulus funding and (b) try to drive scale to reduce cost,” explained Hazimeh. “In the near term, we can expect to see some consolidation in the battery industry, with a few leaders taking the lead. We expect that some battery makers will be targets of acquisition or bankruptcy.”
But while the short term future is bleak, the growing number of hybrid electric and plug-in electric cars being made means that the surplus of batteries will be short-lived.
“While EV growth has been a little slower to ramp up than expected, adding to over-capacity issues, PRTM estimates that by 2020 we will see a 9%-10% adoption rate of PHEV/EVs and a 15%-20% adoption of HEVs,” Hazimeh predicted. “This means that we will need 3x more battery capacity investments to meet 2020 EV demand.”
What does the future hold for battery firms?
That depends. According to Hazimeh, the smart firms are producing batteries for more than one market, meaning that they can continue to survive even if demand for electric vehicle battery packs fluctuates dramatically.
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If not used for electric cars they'll be useful for energy storage both for individual buildings as a UPS or as an offset when electricity is at it's peak price, or by the utilities for green energy storage/regulation.
There's not one but a few markets that are open to the product, so the demand will fill in from another market.
Also on demand;
Nissan can't keep up with demand and explain why GM decided to halt their assembly line when they're launching a new car? Well turns out they underestimated the demand for the Volt.
Leaving differences aside from the two, a lot of people want to get away from gas and those are our options right now.
*More than two choices.
You must realize that the car OEM's really do not want EV's because they are a very disruptive technology to their gas engine car business.
"On the other hand, Lux says A123 Systems and Ener1 face “an uphill climb†— marking both of them as “caution.†Lux also issued caution takes for International Battery, K2 Energy Solutions, Valence Technology, Leyden Energy, Electrovaya, and gave a “strong caution†to Altair Nanotechnologies (ouch)."
I think each of these may be different, but the main thing they have in common is that they do not have contracts with major OEMs. Electrovaya has contract for Indica EV from Tata Motors and for Chrysler prototypes. Electrovaya also produces one of the leading designs similar to LG Chem's. Oops, out of space.
Standardizing the size of batteries, either cells or modules is the right thing to do right now! It has nothing to do with chemistry, but the size of the building block you build the battery pack from. A common size will increase the rate of technology, because the new battery can be configured like a more popular one, the better performance and lower cost and most important a known application for the battery. I visited Planar Energy and all I see is claims. Where is the battery and its test results? No where in sight. Let's see them build a battery and test it. Not a single cell but and entire battery pack and test it. It is not a chemistry lab experiment to produce a large scale battery plant with consistant high quality
If she could unplug one battery and plug in the next, nestled in a swappable shelf of two or three trays, for the trip home, I'd buy one.
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