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Crowdsourcing Roundup: Apple accessories and fish on wheels
Every week, TUAW provides readers with an update on new or significant crowdfunded Apple-related projects in the news. While our policy is to not go into detail on items that haven't reached at least 80 percent of their funding goal, this update is designed to give readers a heads-up on projects they might find interesting enough to back. From Kickstarter: Here's the item that all the kids on the block are talking about. The iStick not a new idea -- it's just a new take on a way to move files back and forth between a Mac or PC and an iOS device, kind of like the PhotoFast i-FlashDrive HD we reviewed over a year ago. At any rate, people are jumping all over the iStick as if it was a brand new idea -- to the tune of being 379 percent funded with well over a month to go. With the summer months nearly upon us (even despite snow this week in Colorado), it's time to think about keeping those home cooling costs in line. Tado Cooling is an intelligent air conditioning controller that works with an app to do all sorts of cooling magic from afar, or just across the room. Think of it as a Nest thermostat just for cooling and you have the right idea. It's 53 percent funded with 27 days to go. Here's a way to keep an eye on all of your keys. Keeo Carbon is a key holder that looks something like a pocket knife that replaced its blades with keys. That device just happens to have Bluetooth LE built into it, so you can use an iOS app to locate your keys if you drop 'em. The project is just a hair over its funding goal (yay!) with 27 days to go, so this one is ready for launch. We'll even forgive them for using an Android device in the picture below (ick!). One complaint that a lot of athletes have about common tracking devices -- and the M7 motion coprocessor of the iPhone 5s -- is that they're not super-accurate. Well, SmartMove is a project to create "smart insoles" for athletic shoes that are quite a bit more accurate and work with an app that tracks all of your activities. It also measures "daily living" activities as well as those that get you out and about. But this project won't become reality unless you pull out your wallet today and pledge. It's currently only at about 20 percent funding with 12 days to go. Yes, nothing quite says "I have too much money and spend too much time outside in the woods" like your very own $249 Trinity portable wind turbine. And what is Trinity used for? Of course -- charging your iPhone or iPad in those windy outdoor places. And what if there's no wind? Of course -- there's a hand crank on the bottom of the unit. Apparently there are a lot of Minnesota backwoodsmen/women who want one of these, since the project is 113 percent funded with 17 days to go. It's time for what Dave Caolo refers to as a "palate cleanser" -- a project that has NOTHING to do with Apple, iOS, Mac or the connected self. No, it's freakin' Fish on Wheels! I am horribly upset that we probably won't see this project come to market, since it's only 13 percent funded with two weeks to go. But at least we were able to see this amazing video. Please, somebody, fund this project! While a wind turbine for my iPhone or a self-driving fish car might not be up my alley, I'm excited about "The World's First Connected Toothbrush" -- Kolibree. Yes, it's funded -- 140 percent funding with 10 days to go -- and the idea is that this electric toothbrush will provide feedback on your brushing habits via an app. You'll "enjoy brushing through motivating scores and games". Yes, kids, brush your teeth until your gums bleed, but you'll beat your siblings at the games. There's still time to get in on Kolibree. Since I'm Mr. Home Automation, I thought the Light Sentry was kind of really cool. Think of a smart home system that is programmable from your Mac or PC and allows scheduling of your lighting wherever it may be in your home. This one just launched and has a month to go, but is already 5 percent funded. And though there are plenty more crowdfunding projects where these came from, that's all I have for this week. Be sure to drop by again next Wednesday when we look at a new batch of projects that will have you either reaching for your credit card or laughing hysterically. If you're aware of any other crowdfunded Apple-related projects, be sure to let us know about them through the Tip Us button at the upper right of the TUAW home page for future listing on the site. Just make sure that they actually have a valid reason for existing, OK?
GE, Urban Green Energy set up first integrated, wind-powered EV charging station (video)
GE and Urban Green Energy might not be the first to install a wind-powered EV charging station, but the two may be the best prepared to take the concept to a grander scale. The partnership just installed the first Sanya Skypump just outside of Barcelona to serve corporate and government drivers with truly clean energy at levels that meet their typically heftier demands. It's billed as one of the first properly integrated wind-powered EV chargers, and it's undoubtedly one of the more elegant: one of UGE's 4K wind turbine towers catches energy from the breeze above, while a GE Durastation tucked neatly at the bottom provides high-voltage charging for EV drivers undoubtedly eager to get moving once again. Don't worry if you don't speak enough Catalan to charge up at the initial location, either, as plans are underway to bring Skypumps to malls and universities across Australia and the US before 2012 is over. The only catch is the frown you'll likely get if you try to plug in a personal car for a top-up -- let's hope the attention swings towards completely green power sources for commuters in the near future.
Study says wind turbines raise surrounding area temperature, but only at night
Who said the butterfly effect couldn't apply to renewable energy? Though wind farms are considered pretty green on the energy-generating spectrum, it looks like they, too, have an impact on the planet. According to a study published today in the journal Nature Climate Change, turbines can raise the local temperature -- albeit slightly. From 2003 to 2011, researchers monitored satellite data for west-central Texas, which is home to 2,350-plus turbines and four of the world's largest wind farms. In that decade, scientists observed a temperature increase of 0.72 degrees in wind farm regions compared to areas without turbines. That warming trend was especially marked at night, when the temperature difference between the ground and the air is highest. The temperature increase was also higher in winter; researchers say that these cooler, windier conditions cause turbines to generate more electricity and therefore create more heat. Since the study didn't find any change in daytime temperatures, it looks like we don't have to ring the global warming alarm just yet.
Helium-filled floating wind turbine, renewable energy with style
There's no doubting that the cause of renewable energy is a noble one. But, ethics aside, it also gives birth to the occasional technical marvel. Altaeros Energies, a company from Massachusetts (with MIT and Harvard blood in its veins) has created one such curiosity. The prototype is a wind-turbine that doesn't just languish on a hill-top, cutting a line in the horizon. No, this one has a helium-filled outer-section which allows it to deploy itself to 1,000 feet, where it can benefit from stronger, more consistent winds and gives nearly twice the power yields of its land bound brethren. That's all very nice, but we just thought it looked dang cool in action.
Inhabitat's Week in Green: flexible OLEDs, wind-energy skyscrapers and 3D-printing spider robots
Each week our friends at Inhabitat recap the week's most interesting green developments and clean tech news for us -- it's the Week in Green. Exciting energy projects lit up the newswires this week as Inhabitat reported that Desertec will begin building the world's largest solar project in the Sahara Desert next year. We also saw a West Virginia wind farm use batteries to improve its performance, and we showcased the brand new Eco Whisper wind turbine, which is quieter and more efficient than three-bladed models. Meanwhile, Apple announced plans to build a major solar-powered iCloud data center in North Carolina, architects unveiled plans for a towering wind-energy generating skyscraper in Taiwan, and we shared ten tips for cutting down your electricity bill this winter. In other news, green transportation took off for the skies as the world's first manned electric multicopter launched its first flight. We also brought you six sexy electric cars that will be hitting the streets in 2012, plus one awesome compact camper that is a miniature house on wheels. Across the pond, Foster + Partners unveiled a massive Thames Hub plan to update Britain's energy and transportation infrastructure, and IKEA just announced plans to build a massive 26-acre suburb in East London. Researchers also brought to light several stunning new forms of energy-efficient illumination as they unveiled the world's most efficient flexible OLED, Samsung announced plans to launch a bendable OLED cell phone in 2012, and we showcased a luminous netted vest for nighttime cyclists. We also spotted several fresh life-saving gadgets -- a spindly 3D printed spider robot that can analyze hazardous sites, and a series of designer gas masks that question our psychological reliance on luxury labels. Finally, you won't want to miss the awesome tot-sized Dalek costume that is currently tearing up our Green Halloween Costume Contest for kids, and this rock-solid carbonite Han Solo costume from our Halloween contest for adults.
Dean Kamen files patent application for an inflatable, illuminated wind turbine
Inflatable wind turbines may not be an entirely new idea, but prolific inventor Dean Kamen has detailed one of a slightly different sort in a recently published patent application. In addition to generating energy for general use, the turbine would also be able to power a set of LEDs adorning the turbine itself, which could be used to display advertising or other information using a persistence of vision effect. The application even suggests that multiple turbines could be linked together and synchronized to form one large billboard. Of course, it is still just that, a patent application -- but it is assigned to Kamen's DEKA company, so it may not be quite as far off from reality as some other applications.
Sanya Skypump charges your EV, illuminates parking lots using wind and rays (video)
So you're the first person in town to adopt an electric vehicle (EV), even clearing room for that 240v charging station in the garage. But what do you when you venture far from home, edging past the 200 mile mark on your Tesla Roadster? Well, if the Sanya Skypump ever sees the light of day (from its 150-watt solar panel), the hybrid solar / wind turbine-powered charging station will be making its way to parking lots around the world, pairing with a GE WattStation to juice up your EV as you shop at the mall, or browse a certain tech site from the office. The WattStation can theoretically recharge your EV in four to eight hours, though we're not sure how those figures translate with this particular setup. The Skypump system is based on Sanya's Streetlamp, which you can see in all its twirling glory in the B.o.B. music video remix just past the break.
Vestas unveils massive 7-megawatt offshore wind turbine (video)
Building and putting any sort of offshore wind turbine into place is a fairly impressive bit of engineering, but Denmark's Vestas is truly going the extra mile with its new V164-7.0 MW turbine. Not only does it promise to provide seven megawatts of power but, as you can see above, each of the blades is longer than nine double-decker buses, which gives the turbine itself a larger total diameter than the London Eye. Of course, the company also hopes that there will eventually be not just a few of these, but massive farms of the turbines at sea (the North Sea, specifically), although that won't exactly happen overnight -- Vestas only expects to have the first prototypes ready by the end of 2012, with full production expected to begin in the first quarter of 2015. Head on past the break for a video -- don't worry, nothing like this happens. [Thanks, Alex]
Solar Wind bridge concept could power 15,000 homes, grow vegetables
Why just use solar power or wind power when you can use both? Designed by Francesco Colarossi, Giovanna Saracino and Luisa Saracino as part of an Italian design contest to re-imagine a decommissioned bridge (for which it placed second), this so-called Solar Wind concept would have solar cells embedded in the roadway (an idea that's already catching on) and an array of 26 wind turbines underneath, which the designers say could produce enough energy combined to power 15,000 homes. To make the design greener still, the designers have even included a "green promenade" that would run alongside the road, which they suggest could be used to grow fruits and vegetables that'd then be sold to folks driving by. Incidentally, while it's less focused on technology, the design that placed first in the contest (a so-called "vertical village") is pretty impressive in its own right -- check it out after the break.
Inhabitat's Week in Green: nuclear power, body heat electronics, and Greener Gadgets
The Week in Green is a new item from our friends at Inhabitat, recapping the week's most interesting green developments and clean tech news for us. The past week saw several big developments in the energy industry as President Obama announced $8 Billion in loan guarantees for the construction of the first new nuclear plants in 30 years. Nuclear energy is basically emission free, which is a good thing - but what about all of that radioactive waste? Enter GE Hitachi, who announced a system capable of transforming nuclear waste into fuel. Meanwhile our friends in Norway are charging ahead with plans to build the world's largest wind turbine, and we're feeling a bit jealous of those forward-thinking Scandinavians. We also saw signs of the inevitable cyborg uprising as researchers unveiled energy generating gadgets that may one day be implanted within our bodies. MIT is working on a range of heat harvesting electronics that could power biomedical devices such as heart rate and blood sugar monitors. Meanwhile, the University of Michigan has developed an energy recycling prosthetic foot that makes walking easier for amputees. Even the planet is getting wired, as HP gets set to roll out its Central Nervous System for the Earth -- an array of billions of sensors that are paving the way for smarter cities, healthier humans, and the "Internet of Things". Finally we took a look at two more entries from the Greener Gadgets Design Competition that will be taking the stage next Thursday for live judging: an energy generating glider lounge for public spaces and bass-kicking subwoofer made from recycled car tires.
Ontario and Samsung seal $6.7 billion renewable energy deal
Need to know how much it would cost you and your town to generate 2,500 megawatts of pure green energy? Your wind and solar farm infrastructure costs will come to 7 billion CAD (just under 6.7 billion in US currency), which includes a 437 million CAD "sweetener" to get Samsung on board. Plenty of curmudgeons have emerged from the woodwork to trash the deal as costing above market prices, but this appears to be the largest venture of its kind, so we're not entirely sure "market prices" exist yet. For its part, Samsung will create 16,000 jobs in the area, 4,000 of them permanent, as it builds toward the stated goal of providing enough energy to fully power 4 percent of Ontario's population. [Thanks, Dan]
Helix Wind launching wind-powered cellphone tower trials in US and Africa
Helix Wind, a company that produces some very distinctive-looking wind turbines, is getting ready to start new trials in the US and Africa. These trials will involve testing the vertical wind turbines as a source of power for cellphone towers in areas where they may be off the grid, and carry much higher operating costs. The turbines should produce enough energy to power the cellphone towers, and pay for themselves within about six months. The trials are set to start at the end of the month with local Nigerian provider Eltek NSG as a main participant. [Via Inhabitat]
Windspire vertical turbine on sale now, aiming to capture the consumer wind power market
We've covered plenty of wind turbines over the years, but most tend to be awfully conceptual or rather unsuited to consumer applications. Being eco-geeks at heart we're happy to report on a new one that is both consumer-friendly and in production now. Mariah Power's Windspire is a 9 meter tall vertical turbine intended for residential or commercial installation, capable of providing about a quarter of the power an "average" household needs (2000 kWh annually). It's "bird-friendly" thanks to a relatively slow maximum blade speed (2.5 times that of the wind) and even includes WiFi so you can watch your carbon footprint shrink wirelessly. The company is accepting orders now, and while prices aren't listed on the website (you'll need to request a quote), we hear you can get yourself into a 2009 model with a 5 year unlimited rotation warranty for around $5,000 -- plus customization if you want one in something other than "Soft Silver." We'll take ours in magenta, thanks. [Via Digg]
New wind turbines at least 30% more efficient, Earth one step closer to salvation
Still addicted to oil like the rest of the world? You might reconsider wind power rehab now that a startup called ExRo has developed turbines that it says are consistently 30% -- and in some situations as much as 100% -- more efficient than the standard kind. The traditionally-used mechanical transmissions have been replaced with an inexpensive electric alternative that can adapt to changes in wind speed more efficiently. Also, many small generators are used instead of a large one, so the turbines can be customized in production to suit the intended installation site. If this is the real deal, it beats the 0.1% increase we saw in solar cell efficiency a few months ago, and those Maglev uber-turbines are still on the horizon. Hey Sun -- jealous yet?[Via DailyTech]
Energy Ball wind turbine captures energy for the home
As much as we prefer a good old-fashioned bird-killin' three blade wind turbine, apparently they cause a bit too much vibration and disturbance for regular home use. That's where the Energy Ball comes in, with its spherical shape that captures wind less obtrusively and yet more efficiently. At least that's what we're told, we're a bit short on details. We do know that it's in the prototype stages and was designed by Swedish company Home Energy, who claims their smallest Energy Ball can provide about 15% of the necessary energy to power the average Swedish home.[Via Inhabitat]
Ricoh erecting 47 x 126-foot solar and wind-powered billboard in Times Square
Ever walk through Times Square and wonder how much electricity all those flashy billboards are soaking up? No? Well, Ricoh has, and now they're doing something about it. Ricoh Company Ltd. of Tokyo is erecting a 47 x 126-foot billboard at Seventh Avenue and 42nd Street that will be completely powered by the sun and wind. Fueled by 45 solar panels and four wind turbines, the billboard won't even need a backup electric generator. On days that the sun and wind aren't enough to power it, it will simply go dark. In the end, the billboard is said to reduce carbon dioxide usage by 18 tons a year. The billboard will go live in December, or just in time for the sun to go dark.
Philippe Starck shows off "Democratic Ecology" wind turbine
It looks like wind power is about to get a bit more stylish with the outspoken Philippe Starck now wading into things with his "Democratic Ecology" personal wind turbine. The turbine first made its debut at the recent Greenenergy Design show in Milan and, according to Inhabitat, it's now on track for an actual release in September of this year, thanks to a little assistance from Pramac. If all goes as planned, the turbine will set you back about €400 (or just over $600), and provide anywhere from 20% to 60% of the energy need to power an average home, although you'll presumably need some additional equipment to go along with the turbine.
Broadstar Windsystem's AeroCam wind turbines break elusive price barrier
As wind energy becomes a practical necessity, designers are scrambling to make the giant spinny things as visually inoffensive as possible. Some are small, some are off in the sea where we can't be bothered, and some just look really pretty. In this case, Broadstar AeroCam developed this handsome horizontal-axis turbine that can be installed in any number of configurations and shipped easier than other turbines, making it a viable solution for those who don't want to erect a giant pole or get involved in construction. AeroCams work on the physics of air lift -- like wings on a plane -- resulting in a huge amount of power from a small package given the amount of blades per unit. Broadstar also brags that the system's price is a boon as well -- a 250kW system runs $250,000, which it says makes AeroCam the first wind power system to break the $1/watt cost barrier.[Via Inhabitat]
Superpowerful small wind turbines light up the night
We've seem some impressive wind power tech, but a new breed of small, high-power wind turbines could potentially bring efficient wind power home. Developed by an inventor named Doug Selsam, the new turbines have rotors just 14-18 inches in diameter, but can produce 200 watts in a 20MPH wind, and much more than that at higher wind speeds. The trick is using high-strength carbon-fiber materials that allow several rotors to be hooked up as one -- in strong winds a thirteen-rotor system can produce enough juice to blow out a bank of car headlights "like flashbulbs." That's pretty impressive -- especially since the system is light and balanced enough to be held up with one hand. No word on when or how we might see these hit the public, but we can see some pretty sweet applications -- laptops in the park, anyone?[Thanks, Yocheved]
Magenn gets its MARS floating wind turbine off the ground
We've already seen some wind turbines designed to float offshore, but Canadian startup Magenn Power has some ideas of its own for getting wind power off the ground and, judging by its latest tests, it seems to be making some considerable progress. Its solution, dubbed the Magenn Air Rotor System (or MARS), is designed to float between 600 and 1,000 feet above the ground, and spin on the horizontal axis to generate electricity, giving it a power capacity of anywhere from 10 kilowatts to several megawatts depending on the configuration. While they've apparently yet to extract any juice from it, the company has at least recently gotten a prototype off the ground at a massive airship testing facility in North Carolina, and it has apparently now set its sights on an outdoor test, although there's no word as to when that might go down. What's more, as Greentech Media reports, while the company apparently plans to first market a 100 kilowatt version for industrial use, it also hopes to eventually enter the consumer market with smaller models that people "can take camping or use at their cottage," although it admits that prospect has been put on the backburner for now.[Via Protein]
