Video: Sanyo Eneloop Bike Pedals For You

Sanyo has brought its electric Eneloop bike to the US, and when we were in CES we got to take a look. It’s certainly not the first electric bike around: Even Sanyo has been making them in Japan since the early 1970s. But it is one of the easiest to ride for a regular cyclist, and – because it carries the Eneloop brand – it is one of the greenest in terms of energy use.

The bike is a front-wheel drive (you can see the hub in the video) with the rear wheel assembly being completely standard, just like a normal pedal-bike. The magic is twofold. First, a special bottom-bracket monitors how hard you press on the pedals. This controls the motor in the hub and gives a power boost. There is no assistance when you are freewheeling on the flat, but as soon as you push the motor kicks in. The initial feeling is how I’d imagine a robot exo-skeleton to feel, but right away you don’t notice it anymore and it just feels like the bike is really easy to ride.

The second trick is also a hub/pedal double-team. If you are going down a hill and not pedaling, the hub will turn into a generator and re-juice the batteries. A sensor in the brake lever also switches the motor into regeneration mode. This increases battery life by around 20%, which gives a total of up to 46 miles on a charge (that charge takes three hours).

The power has other benefits. The lights of course run off the battery, but because of the sensors in the brake levers, there is a brake light, too.

Riding the Eneloop bike feels almost exactly like riding a normal bike, so it is well suited to aging cyclists who just can’t make it up the steep hills anymore. The problem is that it costs $2,000. That’s still a lot less than a car or motorbike, and if you are a keen cyclist who is having trouble staying on the road, or if you want to get fit but are a little too rotund to get started, $2,000 is a bargain.

Sanyo Eneloop Electric Assist Bike Recharges Itself [Wired Video]

SANYO ‘eneloop bike’ Electric Hybrid Bicycle Makes First San Diego Debut [Sanyo]


Former Seagate CEO Bill Watkins Turns to the Light Side

100112_bill_watkins_002Bill Watkins might soon have to insert an extra “t” in his last name. The ex-CEO of Seagate is hoping to earn billions in a new venture: reinventing the light bulb.

Watkins today assumed the chief executive position at Bridgelux, a clean-tech company striving to pioneer light-emitting diode (LED) technology in a streamlined package to catalyze widespread adoption of the energy-saving light.

“We think of lights right now as old eight-tracks,” Watkins said in an interview with Wired.com. “Just as people digitized music we’re going to digitize the light.”

Watkins served as CEO of Seagate, one of the world’s largest storage companies, for five years before he was removed from his post in 2009. Often described as famously outspoken, Watkins was once quoted by Fortune as stating Seagate was in the business of helping “people buy more crap — and watch porn,” which landed him in a PR mess prior to his ousting.

What drew Watkins to the light industry? The huge lucrative opportunity presented by energy-saving LEDs during a period of economic and environmental crisis. The global lighting market is estimated to be worth as much as $100 billion. The LED market represents a very small portion, estimated to be worth $1.6 billion by 2012 — a space Watkins hopes to dominate.

“The opportunity is phenomenal right now,” Watkins told Wired.com.

In development since the 1960s, LEDs are semiconductor devices that convert electricity to light. They’re also called solid-state lights because they emit light from a solid object, as opposed to a vacuum or gas tube seen in traditional incandescent or fluorescent light bulbs.

LED technology offers brighter light with lower energy consumption and longer overall life compared to incandescent light sources. The Department of Energy’s goal is to completely replace light bulbs with LEDs over the next 20 years. According to Cree, the current leader in LED technology, LED lighting can eliminate the need to build 133 coal-fired power plants, thereby saving 258 million tons of greenhouse gases, which could equate to powering 12 million American homes a year.

However, general-purpose, residential LEDs are still a relatively small market. We mostly see LEDs used in store signs, computer displays, digital clocks, mobile devices and plenty of other everyday applications. But they have yet to replace the everyday incandescent and fluorescent light bulbs illuminating our homes. General-purpose adoption is stifled by high costs and fragmentation of providers who produce the components for LED systems, Watkins said.

Watkins’ company, Bridgelux, is employing a vertical-integration strategy, in which the company produces and sells all the components needed for a complete LED system. Other LED lighting providers use a more modular approach, so you need to buy components separately.

Bridgelux on Wednesday is beginning to ship its LED Array products, which include all the parts necessary to make them work — substrate layers, optics, lenses, arrays, chips and modules — so clients won’t have to purchase components separately; they’ll get the full product.

“We take all this stuff and give you the finished product,” Watkins said.

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The company demonstrated a sample unit to Wired.com (above) containing each of the different configurations. Different lighting colors including warm white, natural white and cool white are available, with luminosity options ranging between 400 lumens (lm) and 2,000 lm. Each system contains an array on which you screw a bulb.

The major benefit of LED? Big energy savings. For example, an LED Array system is capable of emitting 800 lm with just 5 watts. Getting that much light would require 60 watts from an incandescent bulb, Watkins said.

The largest issue remaining for LED technology is cost. Generally, LEDs are dropping in price, but they’re still several times more expensive than traditional lights. Watkins declined to disclose exact figures on costs of Bridge Lux’s LED systems, but he said on average, LED bulbs are worth upward of $40 apiece, and he can see it driven down to $10 per bulb in the next few years.

Watkins added that Bridgelux’s vertical strategy could make it easier not only to purchase LED technology, but also to more wisely evaluate the cost of implementing the technology (because everything you need to buy is included in a single unit). That could help expedite the growth of the LED market while driving prices down, so we could eventually see these devices in hardware stores and homes.

See Also:

Photos: James Merithew/Wired.com


How to Put a Broken iPod to Good Use

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Our friends at Macworld have a simple list of uses for a dead iPod. The suggestions include using the iPod as a car stereo (if the battery no longer charges), turning the iPod into a storage drive, or tethering the iPod to a computer as an always-plugged-in iTunes player.

Decent suggestions, but I had to chime in with my favorite use of an old iPod: Turning it into a bootable Mac OS X drive. Lifehacker posted a great guide on installing Mac OS X Leopard on your iPod. (The same steps work for Mac OS X Snow Leopard.) The process is really easy: You erase the iPod’s hard drive and then restore it with an OS X disc image.

An iPod containing Mac OS X will come useful for troubleshooting (booting up on the iPod and performing disc repair on your Mac hard drive) or performing a fresh installation if needed. I prefer the iPod method because I tend to get careless with discs; they end up scratched up within a few months. Also, installing from a hard drive is way faster than installing from a disc. (That’s assuming, of course, that the problem with your iPod is a broken screen or a depleted battery — not a dead drive.)

Got any better suggestions for using a dead iPod? Add them in the comments below.

See Also:

Photo: Elron6900/Flickr


Diffus pollution dress is turned on by CO2, prefers a clean environment

We’ve seen LED-laced dresses before — though sometimes we’d rather we hadn’t — but this one here is almost refined enough for us to consider wearing. Stitched together using conductive embroidery, hundreds of LEDs are connected to a CO2 detector and react to its input with anything from a slow pulsating glow to a blinking signal of doom. No mention of Morse code messages, unfortunately, but this is run by an Arduino chip — which means programming malleability (read: near-limitless possibilities) should be built in. Just know that when you see the next Bond girl communicating with Daniel Craig via her haute tech outfit, we had the idea first. A closeup of the dress and processor awaits after the break.

Continue reading Diffus pollution dress is turned on by CO2, prefers a clean environment

Diffus pollution dress is turned on by CO2, prefers a clean environment originally appeared on Engadget on Tue, 22 Dec 2009 08:43:00 EST. Please see our terms for use of feeds.

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Internet Undersea Science Station Powers Up

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NEPTUNE Canada, the world’s largest undersea cabled network, has powered up and will begin streaming data from hundreds of undersea instruments and sensors on the Pacific Ocean floor to the Internet, Scientific American reports.

The network will run around the clock and is expected to produce 50 terabytes of data each year. The data will include information about earthquake dynamics, deep-sea ecosystems, salmon migration, and the effects of climate change on the water column, the report said.

“It’s revolutionary in that it brings two new components into the ocean environment, which are power and high-bandwidth Internet,” says Project Director Chris Barnes, from the project’s offices at the University of Victoria in British Columbia, in the article. “We’re really on the verge of wiring the oceans.”

Shown in the photo is a rat-tail fish checking out the installation of a seismometer at “node ODP 1027” of the new network–buried at a depth of 2,660 meters underneath the surface. (Image credit: NEPTUNE Canada/CSSF)

Rutgers’ underwater roboglider crosses the Atlantic, claims to be on business trip

The so-called Scarlet Knight robot has this week completed a 225-day journey from the shores of New Jersey to the sandy beaches of Baiona in Spain — fittingly the same port Christopher Columbus returned to after his first visit to the Americas — aided only by a battery, ocean currents and its innate intelligence. Built by Rutgers University, the youthful robotic trailblazer performed a number of data gathering tasks as it went along, furnishing climate change researchers with more info on temperature levels, water salination and currents within the Atlantic Ocean. Now that it has been handed back to the US, the machine will be put up on display in the Smithsonian, so if you want a peek at the future of globetrotting that’ll be the place to go.

Rutgers’ underwater roboglider crosses the Atlantic, claims to be on business trip originally appeared on Engadget on Thu, 10 Dec 2009 07:28:00 EST. Please see our terms for use of feeds.

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SmartSynch intros GridRouter for smart meters and the electric companies that love them

The last time we heard from SmartSynch it had inked a deal with AT&T to provide communications between its smart energy products and power companies. Now the company’s back with a little something called the GridRouter, an IP-based device based that connects appliances, smart grids, and utilities — no matter which communication protocol is used. The device is built on an open platform since the current grid is a mish-mash (or a hodge-podge, if you will) of proprietary hardware and software, and includes WiMax and Wi-Fi capabilities. Sounds like it just might be the thing for utilities struggling to catch up to the 21st century smarter energy revolution — and those of you who are really, really into Google’s PowerMeter beta. Want to give it a spin? Hit the source link to get in touch with the company. PR after the break.

Continue reading SmartSynch intros GridRouter for smart meters and the electric companies that love them

SmartSynch intros GridRouter for smart meters and the electric companies that love them originally appeared on Engadget on Fri, 04 Dec 2009 12:24:00 EST. Please see our terms for use of feeds.

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Eneloop Stick Booster supplies emergency power to your portable devices

Any time a company both enables our gadget addiction and discourages wanton battery consumption we have to consider it a good thing — and, indeed, Sanyo’s wicked-rechargeable Eneloop batteries already have quite a few fans here at Engadget HQ. But what’s a busy gadget hound to do on the go, you ask? Try this one on for size: the Eneloop Stick Booster ships with two AAs and can be used to charge them, via any USB source. From that point the device can be used to power your PMP for roughly 90 minutes. How great is that? To be released in Japan on December 1 for an unspecified price, and worldwide whenever the company sees fit. PR after the break.

[Via Akihabara]

Continue reading Eneloop Stick Booster supplies emergency power to your portable devices

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Eneloop Stick Booster supplies emergency power to your portable devices originally appeared on Engadget on Thu, 12 Nov 2009 01:23:00 EST. Please see our terms for use of feeds.

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Japanese team takes top prize at World Solar Challenge

A Japanese team from Tokai University has taken the top spot at the World Solar Challenge, which was held at the end of last week in Australia. The team beat out the Delft University team which won four consecutive previous Challenges, and this year took second place, with the third seat going to the University of Michigan. The race course travels from southern to northern Australia over 3,000 km (about 1864 miles), and the winning team’s car, Tokai Challenger, completed the race in just under 30 hours, averaging 62 miles per hour. Other notable participants included the MIT-built Eleanor.

[Via Wired]

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Japanese team takes top prize at World Solar Challenge originally appeared on Engadget on Mon, 02 Nov 2009 10:51:00 EST. Please see our terms for use of feeds.

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Walnut Cable Wrap is Hypnotically Simple

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There is almost nothing to say about the $17 Wrap Wrap other than that it is a rather beautiful accessory for your headphone cables. Available in walnut or oak, the little pinch-waisted loop of wood has no moving parts, weighs very little and will add absolutely no e-complication to your life.

So why is it that I’m curiously drawn to it, even though I know it will pull the earbuds slowly from my oversized earholes with my every tiny move? Thanks, designer Naoto Yoshida. Thanks for getting inside my head. I shan’t be buying one, but as the winter nights draw in, I shall be pulling out my whittling knife for the first time in years, chewing on tobaccy as I systematically destroy the neighborhood’s flora in search of a cable wrap of my own. Way to destroy the planet, Naoto.

Product page [Merchant 4 via Noquedanblogs]