Turn Your Body’s Motion Into Power for Your Phone

          

LAS VEGAS — Put this tubular object in your backpack, and you can generate juice for your cellphone — just by walking around.

The nPower PEG (short for “personal energy generator”) contains a weight, a spring, some inductive coils and a battery. Put it in your pocket or your backpack, and it wiggles around with your body’s natural movements. As the internal weight moves, it generates electricity in the coils, which gradually charges up the battery. You can then transfer that power to your phone or iPod via a mini USB port and an adapter cable.

CES 2011It’s a brilliant idea, and anyone who has ever watched their battery indicator dwindle to nothing will surely love the idea of getting energy from nothing more than walking and fidgeting. However, for power-hungry smartphones, you’ll only get about a minute of talk time for every 15 to 30 minutes of walking, the company says. That’s hardly enough to keep your phone alive all day.

It might make more sense for smaller gadgets like the iPod nano, for which it’ll deliver a minute of use for every minute you walk.

Of course, you can always grab the nPower PEG and shake it, Shake Weight-style, to generate energy on demand. But you’ll feel kind of silly doing it.

The $160 nPower PEG debuted a year ago, and just started shipping this fall. Tremont Electric, which makes the gizmo in Cleveland, Ohio, says it had some difficulty meeting demand but is ramping up production and will begin shipping new orders in February.

nPower PEG (Tremont Electric)


Editorial: rechargeable batteries are a vintage gadget’s Achilles’ heel

One of my favorite activities around the holidays is visiting my ever-growing collection of discontinued (and often hilariously outdated) mobile hardware that I keep in storage. It’s an annual tradition for me — an opportunity to pull stuff out of the box, make sure all the devices, accessories, and documentation are insect- and vermin-free, clean the battery contacts, blow off a years’ worth of dust, and generally check that everything’s in good working order. Let me tell you, I feel like a kid in a candy store each and every time I pull out and open those bins. I’ll know that when I stop feeling that way, it’s time to sell off the collection — but for now, it’s still every bit as exciting as when I started buying random gadgets from my childhood a decade ago.

On the surface, you might assume that electronics are timeless. They’re made of materials that are designed for daily use and abuse, after all, and it’d be easy to think that a gadget left in storage — unused — would remain in exactly the same condition as the day you left it. I’ve learned the hard way, though, that the reality is a little more unpleasant: plastics seem to dry out and become brittle as the years go by, and things start cracking and shattering. Boxes and packaging degrade, almost as if they’re recycling themselves whether you like it or not. And batteries — particularly alkalines — will leak all over the place, eating through circuitry and oxidizing contacts beyond repair.

Continue reading Editorial: rechargeable batteries are a vintage gadget’s Achilles’ heel

Editorial: rechargeable batteries are a vintage gadget’s Achilles’ heel originally appeared on Engadget on Tue, 28 Dec 2010 14:01:00 EDT. Please see our terms for use of feeds.

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Octopus Battery Charger Sucks Up to iPhone

The Octopus is an external battery-pack for the iPhone, with a neat trick. Instead of just hanging off the dock connector and sliding out just enough to disconnect, it has suction cups that stick the pack onto the back of the phone.

These suckers are just like those on an octopus’ tentacles, just not as tasty – hence the name. The battery pack connects to the dock-port via a flexible cable, and takes around three hours to fully transfer its load of electricity into the iPhone.

One juiced, the iPhone will be at roughly half-power, able to play video for 10-hours or offer four hours of talk time. The Octopus itself charges via a USB-cable.

Why use this instead of a combo case and battery? Because it only needs to be used in emergencies. Those battery cases add bulk to what is a pretty slim and pocketable device, whereas an emergency battery can be kept out of the way in a bag until needed.

The Octopus is pretty cheap, too, coming in at a shade under $30.

Octopus – Attachable Battery for iPod and iPhone [Chinavision]

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Researchers find weak point in lithium-ion batteries, suggest better nanowires could be the answer

We’ve seen countless attempts to build a better lithium-ion battery, but there’s been far fewer research efforts devoted solely to figuring out why lithium-ion batteries don’t last longer. A team of scientists at the Pacific Northwest National Laboratory have been doing just that, however, and they’re now sharing some of their findings. The main culprit, they say, are the nano-sized wires made of bulk tin oxide used in the batteries, which can expand and deform considerably over time, eventually rendering the battery useless. What’s more, while the research was focused primarily on examining the cause of battery aging, the researchers do naturally have a few suggestions on how to improve them — namely, to replace those wires made of bulk tin oxide with finer tin oxide nanowires. As lead scientist Chongmin Wang explains, that would effectively amount to winding together “thinner wires rather than making one thick rope,” which is of course easier said than done. Head on past the break for the complete press release.

Continue reading Researchers find weak point in lithium-ion batteries, suggest better nanowires could be the answer

Researchers find weak point in lithium-ion batteries, suggest better nanowires could be the answer originally appeared on Engadget on Fri, 17 Dec 2010 09:57:00 EDT. Please see our terms for use of feeds.

Permalink Autoblog Green  |  sourcePNNL  | Email this | Comments

First Think City electric vehicles delivered to Indiana government, Leslie Knope calls dibs on all of ’em

Headed to Pawnee, Indiana anytime soon? Don’t lie, it’s a place that survives in only two places: your mind, and NBC’s studios. The only “Pawnee” in proximity of the Hoosier State lies in Illinois, but it’s cool, we can still pretend. After hearing that Think was planning to hawk its City electric vehicle in the Big Apple this year, it looks as if Indiana’s government will actually be first to acquire it. Fitting, though, given how Think’s primarily manufacturing facility is parked in Elkhart, IN. The first 15 City EVs — described by the company as “all-electric, zero-emission cars designed in Scandinavia for fleet applications and urban commuters” — have hit the ground running, delivered to the Department of Administration to be used principally by the Department of Natural Resources in the state’s park system. Naturally, Ron Swanson was at the ribbon-cutting ceremony with a mind to swipe one for his own personal use, but once he learned of Think’s plans to finally roll out retail distribution in select US cities in the second half of 2011, his conscience got the better of him. Phew.

Continue reading First Think City electric vehicles delivered to Indiana government, Leslie Knope calls dibs on all of ’em

First Think City electric vehicles delivered to Indiana government, Leslie Knope calls dibs on all of ’em originally appeared on Engadget on Thu, 16 Dec 2010 12:05:00 EDT. Please see our terms for use of feeds.

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Self-Heating Jacket For Lazy Sportsmen

The M12 is a heated jacket, powered by lithium-ion batteries, to keep you snug and warm in the winter. The blurb says that it is good for sports and outdoor activities, but surely those are exactly the things that warm you up without an in-clothing heater.

Still, for doormen, bouncers and security guards, the M12 is perfect. It has three carbon-fiber heating pads inside, and that battery will keep them going for six-hours on a charge. And if you’re really lucky, perhaps the spent battery might spark and catch alight, as li-ion batteries are so fond of doing, and keep you toasty for a little longer.

The jacket is worryingly inexpensive, at $120 (or $170 with the charger). Good outdoor jackets come in at more than that without the heating gimmick But if you’re the kind of person who loves the outdoor life, but is too lazy to do anything once you get there, then this jacket is for you.

M12 product page [Home Depot]

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World’s smallest battery uses a single nanowire, plant-eating virus could improve Li-ion cells tenfold

When it comes to building better batteries, building electrodes with greater surface area is key, and scientists are looking to exotic methods to attract the tiny particles they need. We’ve already seen graphene and carbon nanotubes soak up those electrons, but the University of Maryland has another idea — they’re using the Tobacco mosaic virus (TMV) to generate usable patterns of nanorods on the surface of existing metal electrodes. By simply modifying the germ and letting it do its thing, then coating the surface with a conductive film, they’re generating ten times the energy capacity of a standard lithium-ion battery while simultaneously rendering the nasty vegetarian bug inert.

Meanwhile, the Center for Integrated Nanotechnologies (CINT) at Sandia Labs was more curious how these tiny charges actually work without confusing the forest for the trees, so to speak, so a team of scientists set about constructing the world’s smallest battery. Using a single tin dioxide nanowire as anode, a chunk of lithium cobalt dioxide as cathode, and piping some liquid electrolyte in between, they took a microscopic video of the charging process. See it in all its grey, goopy glory right after the break.

Continue reading World’s smallest battery uses a single nanowire, plant-eating virus could improve Li-ion cells tenfold

World’s smallest battery uses a single nanowire, plant-eating virus could improve Li-ion cells tenfold originally appeared on Engadget on Sun, 12 Dec 2010 10:19:00 EDT. Please see our terms for use of feeds.

Permalink TG Daily  |  sourcePhysOrg, EurekaAlert  | Email this | Comments

Graphene electrodes promise 5x energy storage boost for ultracapacitors

Graphene. We hear of your achievements so often, but feel your benefits in our everyday lives so infrequently. We’d be remiss if we didn’t point out how unhealthy of a relationship this is, but hopefully Bor Jang and co. have a mind to mend it all. Bor, along with a number of colleagues at Nanotek Instruments, have just uncovered a graphene advancement that could put conventional Li-ion cells in a world of hurt. Of course, we’ve been hearing about so-called “battery breakthroughs” for the better part of our lives, but few have involved progress with ultracapacitors. For those unaware, ultracapacitors are energy storage devices that can “absorb and release charge in minutes,” and they’re pegged as cheaper / safer alternatives to batteries for electric vehicles. The only problem? Mainstream versions today hold just five percent of the energy held by Li-ion batteries. Nanotek’s crew has figured out that the use of graphene electrodes “could lead to ultracapacitors with more than five times the energy density of commercial devices,” but as these things always go, no one’s coming close to producing a hard release date. We’ll just assume it’s undergoing lab tests for now, and in 2022 we can all weep at what could’ve been. Prove us wrong, whiz kids.

Graphene electrodes promise 5x energy storage boost for ultracapacitors originally appeared on Engadget on Wed, 08 Dec 2010 23:10:00 EDT. Please see our terms for use of feeds.

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Hum-Bucking Pedal Juice Powers Guitar Effects Pedals

Bzzzzzz hummmmmm krrrrrzzt! Those are familiar sounds to the electric guitarist, and they’re caused (respectively) by a dirty/dusty jack socket, a mains hum and a simply plugging in the jack to the amp. Sanyo’s Eneloop Pedal Juice won’t help with your clumsiness or lack of hygiene, but it can cut out that hum, and it also does away with yet another trip-hazard cable.

The Pedal Juice is a 9-volt lithium-ion power-source for effects-pedals. It will power a single pedal for 50 hours, or three pedals for 20 hours, and because it’s off the mains loop, it eliminates AC ground-looping noise. It is also water and shock resistant, so you can spill beer on it and smash up your guitar, Pete Townshend-style, and still use it again for the next gig.

Power levels are indicated by green, orange and red LEDs so you can check battery life at a glance, and you can use it to power anything that needs a 9v hookup – not just pedals. The Pedal Juice is $200, available now.

Pedal Juice press release [Sanyo]
Pedal Juice product page [Sanyo]

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Panasonic’s Evolta robot finishes 500-kilometer trek ahead of schedule

It may just be an elaborate stunt to promote batteries, but it’s hard not to get a little caught up in Evolta’s 500-kilometer trek from Tokyo to Kyoto, which finally came to an end this week after two months on the road — ahead of schedule, no less. Aided by a team of “Evolta Sisters,” the pint-sized robot hauled a dozen AA Evolta batteries in a cart the whole way, and guided itself by following an infrared signal from a device pushed in front of it — a few other ground rules also allowed it to be carried up stairs, and the bot didn’t walk at night or in the rain. Even still, 500 kilometers is 500 kilometers (or 317 miles, if you prefer), and that’s a long way for any robot to walk. Head on past the break for a video recounting some of the journey.

Continue reading Panasonic’s Evolta robot finishes 500-kilometer trek ahead of schedule

Panasonic’s Evolta robot finishes 500-kilometer trek ahead of schedule originally appeared on Engadget on Fri, 26 Nov 2010 05:18:00 EDT. Please see our terms for use of feeds.

Permalink Crave  |  sourcePanasonic  | Email this | Comments