Google keeps it green, purchases 240MW of wind power in Texas

Google’s goal of meeting its electrical needs with renewable sources got another big boost today. The Happy Hereford wind farm in Texas will produce 240 megawatts of juice, and all of that output has been bought by Big G. That power won’t flow directly from the turbines into Google’s data centers, instead it’ll be fed into the regional grid when Google sells the energy on the wholesale market. The 240 renewable energy certificates (REC) acquired in the deal will be retired in support of mother earth, and any additional REC’s created by the wind farm will be used to “reduce our [Google’s] carbon footprint elsewhere.” According to Google, this is similar to other green energy deals it’s done in Iowa and Oklahoma, so it’s highly likely we’ll be seeing more such deals in the not-so-distant future. Of course, no one will be receiving any of that Happy Hereford wind power just yet — the farm won’t be sending out any renewably-sourced electrons until late 2014.

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Source: Google Official Blog

First grid-scale compressed air battery now operational

SustainX activates first megawattscale air battery

Compressed air batteries have long promised truly clean energy storage, but they haven’t scaled large enough in recent years to be viable companions to renewable power sources. That changes now that SustainX has switched on the first modern air battery large enough to join an electrical grid. The company’s new ICAES (Isothermal Compressed Air Energy Storage) system in Seabrook, New Hampshire can hold 1.5 megawatts of power versus the kilowatt-level capacities of its rivals. Despite its size, ICAES is sustainable; it doesn’t require ‘dirty’ energy for either compression or releasing air to its generator, and the supply won’t degrade like that of a chemical battery. The New Hampshire system is just a demonstrator to attract interest, but SustainX expects to have its first commercial battery running in China next year. If ICAES (and technology like it) proves successful, we could see more solar and wind farms that keep delivering electricity when they’re otherwise idle.

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Via: GigaOM

Source: SustainX

Inhabitat’s Week in Green: lane-straddling bus, invisible skyscraper and space vegetables

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.

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When it comes to public transportation, taking the bus is the least sexy option. Buses are slow; they make frequent stops; and because they share the road with cars, they get stuck in traffic. But a new proposal for a giant lane-straddling bus would eliminate traffic congestion by letting cars pass right through the middle of it. The futuristic bus is just one of several stories about innovations in green transportation on Inhabitat this week. Mercedes-Benz just completed the first cross-country trip for a self-driving car with its S500 Intelligent Drive research vehicle, and BMW unveiled the official production model of its 2015 i8 plug-in hybrid sports car at the Frankfurt Motor Show. In other green car news, Nissan announced that it is in the final stages of developing its second electric vehicle — the e-NV200 compact van. In an effort to make flat tires a thing of the past, Korean manufacturer Hankook has produced a puncture-proof, airless tire that is made from 95 percent recyclable materials. And in more good news for green cars, August was the best month ever for US sales of electric vehicles, plug-in hybrid electric vehicles and conventional hybrids.

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Inhabitat’s Week in Green: anti-mosquito sticker, a cancer-identifying scalpel and the world’s largest offshore wind farm

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.

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Urine and cellphones don’t mix — just ask anyone who has ever dropped their phone in the toilet. At least that’s what we thought before learning that a team of UK scientists has created the world’s first pee-powered cellphone, which is based on microbial fuel cells. In other renewable energy news, the Peruvian government is providing free electricity to over 2 million of its poorest citizens by harvesting energy from the sun, and China just became the world’s first country to install 3 GW of utility-scale solar. Wind power is also on the rise as CalTech researcher John Dabiri figured out a way to make cheaper, more efficient wind farms inspired by schools of fish, and construction began this week on the world’s largest offshore wind farm on the Fukushima coast. And in an unusual paring of renewable energy and architecture, Morphocode has designed a futuristic-looking loft that is nestled on top of an offshore wind turbine.

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Google buys Swedish wind farm’s entire output to power Finnish data center

Google buys Swedish wind farm entire output to power Finnish data center

Google has just secured the services of an entire 72MW wind farm in Maevaara, Sweden for the next ten years to keep its Finnish data center humming, according to the official blog. It brokered the deal through German insurer Allianz, which purchased the farm and will begin selling all the electricity it produces to Mountain View by 2015. The move is part of Google’s quest to remain carbon neutral, and is along similar lines to a recent deal which saw the search giant purchase 48MW of energy from a wind farm in Oklahoma. The news follows Apple’s announcement that it gets 75 percent of its power from renewable sources — showing the arch-foes can at least agree on something.

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Source: Google

Proposal from Google and Duke Energy lets companies buy renewable power

Google and Duke Energy start program to let firms buy renewable energy

When a company wants a green data center, it often has to build its own energy sources. Google knows that’s sometimes not practical, even for a company its size. To that end, it’s partnering with Duke Energy on a proposed business model that would let companies explicitly purchase renewable electricity: companies could demand eco-friendly power sources, whether or not they’re the most cost-efficient. The Duke approach goes to a state commission for approval within 90 days, and it might let Google expand a Lenoir, North Carolina data center (above) with a clearer conscience and minimal costs. The real challenge may be getting other utilities to follow in Duke’s footsteps — even if there are no legal hurdles, local power providers still have to implement clean energy on a large enough scale. If they do, however, environmental responsibility may be within reach to those businesses more interested in building server farms than solar farms.

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Source: Google Official Blog

Recyclable organic solar cells: a clean fuel future made possible by trees

Solar cells are made from trees

You don’t have to know Shel Silverstein to know that trees are exceptionally giving. They’re responsible for our homes, paper, air, furniture and, now, energy — the “clean” kind, that is. Researchers from the Georgia Institute of Technology and Purdue University have jointly devised a patent-pending method to build organic solar cells using plant-derived substrates. Known as cellulose nanocrystal substrates (or CNC), these solar cells benefit from being truly disposable, eliminating the waste that results from the use of alternative materials like petroleum or glass. The CNC-made cells are not only transparent enough to allow light to pass into an embedded semiconductor, but they also dissolve when submerged into water, thus earning the esteemed recyclable distinction.

Although this is undoubtedly a breakthrough for clean energy tech, it’s by no means a near-future reality. Apparently, current cells can only yield a 2.7-percent conversion efficiency rate, which falls far below the 10-percent threshold met by rival fabrication methods (i.e., petroleum and glass). So, there’s still significant work to be done before the team can improve production and achieve parity with those less “recyclable” options. Until that time, consider this a comforting reassurance that a clean fuel era is well within reach.

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Via: Forbes

Source: Georgia Tech, Nature

Apple says it now gets 75 percent of its total energy from renewable sources

Apple says it now gets 75 percent of its total energy from renewable sources

Based on the latest reports, the company once chided for making too large an impact on Mother Earth is now claiming that a full 75 percent of its energy is being sourced from renewables. Apple’s chief financial officer, Peter Oppenheimer, informed Reuters this week that all of its data centers — including the gargantuan facility in Maiden, North Carolina — are now fully powered by renewable energy from onsite and local sources, while three-fourths of the energy used by the whole company is pulled from green sources. For those wondering, that includes solar, wind, hydro and geothermal, and the 75 percent mark is a stark 40 percent uptick from just two years ago. As for what the future holds? According to Apple: “We won’t stop working until we achieve 100 percent throughout Apple.” Alrighty then.

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Via: Reuters, Fortune

Source: Apple

Inhabitat’s Week in Green: vertical farm, solar energy funnel and a brainwave monitor

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.

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This week Inhabitat reported live from the Los Angeles Auto Show as we brought you the hottest new green cars — beginning with the 2013 Fiat 500e electric vehicle. We’re also eagerly awaiting the unveiling of BMW’s new i3 Coupe concept. In other green transportation news, JR Tokai unveiled Japan’s new lightning-fast 310 MPH MagLev train, while Amtrak announced that trains traveling between Chicago and St. Louis were cleared to accelerate to 110 MPH on a short stretch of track. It’s no MagLev, but we’ll take it! Designer Jeffrey Eyster also unveiled the MRV-1, a recreational vehicle that doubles as a sustainable nature retreat.

Continue reading Inhabitat’s Week in Green: vertical farm, solar energy funnel and a brainwave monitor

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Google data center in Oklahoma to get 48MW of wind power, boost renewable energy in the Sooner state

Google data center in Oklahoma to get 48MW of wind power, boost renewable energy in the Sooner stateGoogle has made a point of relying on renewable resources for its data centers whenever possible, even down to the cooling. It hasn’t had quite as unique an arrangement as what it’s planning for its data center in Oklahoma, though. The search firm wants to supply its Mayes County location with 48MW of wind energy from Apex’s Canadian Hills Wind Project, but it isn’t buying power directly from the source. Instead, it’s making a deal with the Grand River Dam Authority, a utility, to purchase the clean power on top of what’s already supplied from the GRDA at present. The deal should keep the data center on the environmentally friendly side while giving it room to grow. Wind power will come online at Google’s facility once the Canadian Hills effort is up and running later in 2012; hopefully, that gives us enough time to better understand why there’s a Canadian River and Canadian Hills to be found in the southern United States.

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Google data center in Oklahoma to get 48MW of wind power, boost renewable energy in the Sooner state originally appeared on Engadget on Thu, 27 Sep 2012 01:33:00 EDT. Please see our terms for use of feeds.

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