Fuel Cells for Laptops Due Next Week
prostoalex writes "AVC and Antig Technology will demo a production-ready fuel cell for laptops next week on CeBIT trade show. According to PC Magazine, 'the CD-ROM size fuel cell will fit within the media bay of a notebook PC, replacing the drive with additional battery power.' The fuel cell battery will last 8 hours."
Seriously, what would be the travel restrictions with these? Will airlines (or more precisely the TSA) allow me onboard with, say a dozen of these? Or even just one?
There's no mention/plan on how to refill the thing. Also, it weighs a lot - more than 3 lbs, which could almost double some laptops' overall weight. It may be "production-ready" in the sense it can be manufactured and used, but I don't think it's "production-ready" in the real worls sense at all.
Imagine how this will EXPLODE on the laptop market! Can you just imagine the FIRE in the eyes of who sees this? How about the PAIN existing latpop battery makers will face once this product FLUSHES through, like a HOTCAKE!!
HA! HA!.....uuugh....
It is pitch black. You are likely to be eaten by a grue.
It'll last 8 minutes w/ my AMD64 laptop! This thing eats electrons like pacman eats yellow pills.
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From TFA:
Neither Antig nor AVC stated what the fuel-cell module would cost, nor offered any plan for consumers to refill them, however. Both companies are based in Taiwan, and company representatives were unavailable for comment.
What? I can't refill it? Whats the point then?
Nothing to see here... Please move along...
Why is it so hot? Where am I going? What am I doing in this handbasket?
Something tells me that the initial price of these fuel cells is going to exceed the price of the laptop itself. In fact, I'll bet it'll be cheaper for me to buy a car batter, an inverter, and a sherpa to carry them while he follows me everywhere. :)
If true, I'd buy it.
My last laptop (a Dell Inspiron 8000) I kept two batteries in (it was a three spindle notebook). This increased the weight, but gave me over three hours of battery life with normal use (it was a desktop replacement that just loved to eat batteries). I would gladly replace one in that notebook with one of these for the extra battery life (if I still had it).
My currently laptop is a Apple PowerBook (15", Feb 2005 model). I'm not sure it would have the room necessary for one of these to replace the standard battery, but I would gladly do it (I currently get 3 hours of use, or about 45 min if I run a full-on 3D game with the laptop in "high performance" mode).
I would be much more interested if it was a closed system that could recharge it's self (like a fuel-cell could be set up). That said, it's 45w of power and almost 4 pounds. My current battery is 46 watts and less than 1.8 pounds. And I know the newer PowerBooks and MacBook Pros have better batteries than mine.
3 more watts, double the weight. How will that give me 8 hours of battery life? I'm skeptical. Maybe in an ultra-light notebook with a slow processor doing word processing.
Still, at least someone is about to market something other than a "normal" battery.
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I think it would still be more convenient to simply plug the laptop into the wall, a car outlet, or even a solar array for a recharge. If you're in the absolute middle of nowhere, you could carry an extra battery or two and it probably wouldn't be much more volume/weight than a pack of methanol containers. On top of that, hotel rooms, conference rooms, coffee shops and other places I use my laptop don't have methanol dispensers, but almost all of them have plenty of free electricity.
Besides, 8 hours is not that huge of an improvement over batteries. Fuel cells seem to have promise, but I won't be switching until I can run a laptop for days at a time.
You think them going from "laptops" to "notebooks" was just marketing strategy?
How are sites slashdotted when nobody reads TFAs?
Get a laptop cooler. Even if you don't want to use the fan, it still keeps the heat away from the family jewels.
A better option would be to make a power "brick" with a DC output and a number of tips for popular notebooks, much as currently done for universal power supplies. You could then make a single device that works with a lot more notebooks, and have more power available as it's not constrained to fit into a particular form factor.
Any sect, cult, or religion will legislate its creed into law if it acquires the political power to do so.
Wee lets all look at the link on yahoo news. How come on one thought of going to the manufacturer's website?
http://www.antig.com/english/mediabay.html
It used cartridges. There you go your refill.
I know I shouldn't feed the troll, but...
HP made two versions of their HP zv5000 and Compaq R3000 notebooks two years ago, an Intel P4 version and an AMD Athlon 64 version. With a 12 cell battery, the AMD version gets 3-4 hours of battery life in average use. I was able to play just over 3 HOURS of DVD video on mine.
The P4 version gets about an hour. HP wisely decided to drop Intel CPUs from the following year's zv6000/R4000 lines.
So, substitute "Prescott-core P4" for "AMD64" in the parent post to make it a lot more accurate.
To everybody wondering about refilling the MeOH solution that these cells use - it probably won't be practical. The 'fuel' needs to be very pure, otherwise catalyst poisoning will destroy your very expensive fuel cell. I imagine swappable methanol cartridges just like AA batteries might be available - one day.
Wait until you see what happens with the water generated by these things...
Headline: Fuel Cells for Laptops Due Next Week
Subtitle: Embarrased-looking early adopters with warm wet spots in their laps due week after that
..does it make the same sound as when Pacman dies?
And when you gaze long enough into the code, the code will also gaze into you.
If these cells are not refillable, then they are useless for extended uses, such as the enormous power outages during the hurricanes last year. With a simple cheap windup or pump kinetic generator, then the fuel for this can be anything I like, such as muffalettas, marinated olives, or Jolt Cola.
yes but amp hours are useless info without also knowing what voltage the power is delivered at. 1 amp hour of 12 volts is far different from 1 amp hour of 120 volts. Nothing wrong with watt hours. Your electric bill comes in kw-hr's.
In either case 45 watt hours is almost certainly incorrect for this device if it could run a laptop for 8 hours. More likely it can deliver 45 watts continuously for 8 hours which would actually be 360 watt hours. IE 1 watt for 360 hours or 45 watts for 8 hours. Which delivered at 19 volts (a common laptop requirement) that would be ~2.37 amps giving me right at 19 amp hours for a 19volt source.
Considering many laptops can draw 60 watts or more continuously if they are being maxed out (HD, CD/DVD, Graphics Card hammering, and USB headset doing VOIP for team commander) that would give you a more realistic idea of how long this device could power your system for under full load. But 45 watts is probably reasonable for average consumption. So my question becomes what can it deliver on a continuous basis. IE can it pump out 70 or 80 watts for 4.5-5.5 hours of run time ? Or does it face throughput issues ? Does it heat up under those circumstances ?
And of course what are the refuling options. Can I just go down to the hardware store, pick up some methanol and pour it in like I would into a zipo or am I going to have to buy some rediculously priced proprietary refuling canister ? You probably don't want folks pouring methanol into a tank on a plane flight. But make it so I can buy 2 or three canisters that I can refuel at home or in safer areas and a system for safely swapping them out under any circumstances.
8 hours of run time is nice. But if its harder to replinish than it is to find a wall outlet this thing will have very limited use.
Curious about the surge capacity as many laptops can suck down more than
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