Print 54 comment(s) - last by yaleman.. on Dec 13 at 6:41 PM

Toshiba SCiB Cell  (Source: Toshiba)

Toshiba SCiB Standard Module  (Source: Toshiba)
90% recharged batteries in less than 5 minutes that will still recharge even 10 years later? Where do I sign up?

When many think of rechargeable batteries the first thing to mind when making a wish list is a longer life for the battery, but that is only part of the issue with rechargeable battery. Another big part of the picture when it comes to rechargeable batteries is how long it takes to charge the battery.

Toshiba announced today that it has developed a new type of rechargeable battery dubbed the Super Charge ion Battery (SCiB). Toshiba claims the new battery will mainly target the industrial market, though representatives hint the technology may eventually find a home in electric vehicles.

The main claim to fame for the SCiB battery is that it can recharge to 90% of total capacity in fewer than five minutes. Toshiba also claims the battery has a life span of over 10-years.

Toshiba says that it adopted a new negative electrode material, new separators, a new electrolyte and new manufacturing technology to bring the SCiB to life.

The SCiB batteries can recharge with as much as 50 amperes of current and but with capacity loss after 3,000 cycles of less than 10%. Toshiba also says the battery has excellent safety with the new negative electrode material having a high level of thermal stability and a high flash point. The battery is also said to be structurally resistant to internal short-circuiting and thermal runaway.

Anyone familiar with the technology industry will know what Toshiba is most known for, the massive battery recalls in notebook computers from early this year.

Though not as widespread as Sony's battery woes, Toshiba wants to put these fears of using its products out of the minds of buyers. If the battery technology makes it into notebook computers and other consumer electronics, it could revolutionize mobility.

The first of these batteries will be ready for industrial uses in March of 2008.

Comments     Threshold

This article is over a month old, voting and posting comments is disabled

RE: Amazing
By HaZaRd2K6 on 12/11/2007 3:32:24 PM , Rating: 2
If this battery can put in anywhere near as much mileage as my car can put on a single tank of gas (somewhere in the region of 500-600km depending on conditions and aggressiveness), then it'll be charged/discharged nowhere near 3,000 times in a year. It just makes sense not to plug it in when it's not needed. Do you fill your car up with gas after every trip? The same would apply here: only plug it in when it's needed.

As for mobile applications, what would be really great is if they could make it backwards-compatible for older applications. When my laptop battery eventually dies, I'd love to buy one of these to replace it instead of using "old" Lithium ions. And cellphone batteries could last even longer and charge in even shorter amounts of time. My Samsung's battery only takes about an hour to fully charge from being completely dead and if I don't make any calls it lasts me about four or five days without needing to be charged.

RE: Amazing
By rcc on 12/11/2007 4:55:58 PM , Rating: 2
When my laptop battery eventually dies, I'd love to buy one of these to replace it instead of using "old" Lithium ions

It would be nice, however, even if it works the recharge benefit wouldn't be there as you'd have to replace the recharging circuit in the notebook computer as well. Still a step up though. Same with the cell phone.

They could provide an external charger for retrofit applications. Then you could either let it charge slowly in place, or pull it out for a quick charge.

OTOH, it does beg one more question. Anything that is sucking up 50 amps of current is likely to get warm, and if future units are built into consumer electrics you're talking about providing much more robust power supplies and power routing.

RE: Amazing
By Chernobyl68 on 12/11/2007 7:13:38 PM , Rating: 2
to make it compatible with existing laptops (as ina replacement battery) the charging circuit would need to be able of handling the high current draw, which isn't likely.
Also, if they're stating 50 amps of house current (120v), anybody happen to know how many 50 amp breakers you have in your house? damn few...

RE: Amazing
By DigitalFreak on 12/11/2007 8:34:11 PM , Rating: 2
I don't think I've ever even seen a 50A 120v circuit. Most anything over 20A is 208/240v

RE: Amazing
By mindless1 on 12/11/2007 11:37:26 PM , Rating: 2
They aren't claiming 50A of household AC current, it's the current rate for charging the cells at their respective voltage.

Note that means in some applications the voltage could even be higher than 120V, but for most it would be lower.

Note also it is meant for industrial uses, not a replacement for your consumer devices that're charged from a residential wall outlet.

IF the tech took off and everyone started buying battery powered cars, it wouldn't be a big deal to wire a garage to supply 50A @ 120V, but more significant would be the toll on existing power infrastructure because it means up to multiple times the power delivery to any part of a grid in the evening when everyone comes home and charges their car.

"People Don't Respect Confidentiality in This Industry" -- Sony Computer Entertainment of America President and CEO Jack Tretton

Copyright 2016 DailyTech LLC. - RSS Feed | Advertise | About Us | Ethics | FAQ | Terms, Conditions & Privacy Information | Kristopher Kubicki