wind energy
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Biden's latest climate change actions expand offshore wind farms
President Biden has unveiled a slew of actions to deal with climate change, including offshore wind energy in the Gulf of Mexico.
Biden administration approves first large offshore wind power farm in the US
The Biden administration has approved the Vineyard Wind project, the first large offshore wind farm in the US.
Alphabet quits work on its energy-generating kites
Alphabet's years-long involvement with energy-making kites is no more. The Google parent is ending its work on Makani's wind power technology, with X's Moonshot lead Astro Teller warning that the path to a viable business was "much longer and riskier" than expected. Alphabet liked Makani's environmental focus, but felt that it was important to pour effort into those areas where it believed it could "have the greatest impact."
Scotland generated enough wind energy to power its homes twice
It's no secret Scotland has a lot of wind farms, but it's now clear just how much electricity those turbines can produce. Data from WeatherEnergy shows that Scottish wind turbines generated just over 9.8 million megawatt-hours of electricity between January and June, or enough to power roughly 4.47 million homes -- nearly twice as many homes as there are in Scotland. The operators theoretically have enough excess wind energy to power a large chunk of northern England.
Google data center in Oklahoma to get 48MW of wind power, boost renewable energy in the Sooner state
Google 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.
NTT DoCoMo to power cellphone towers with renewable energy, tenderness
When they're not busy carving handsets out of teak (or rockin' out with their pupils), the folks over at NTT DoCoMo apparently focus their efforts on saving the environment. Next year, the Japanese provider will begin outfitting its expansive cellphone tower network with ten "green transmission stations," to be powered by an artillery of biofuels, wind and solar energy. This kind of infrastructure would obviously bring a smile to the face of ol' Mama Nature, but it could also help mitigate the adverse effects of power outages and elfin insurgents. And for that, we should all be grateful.
Google backs Alta Wind Energy Center, boasts $400 million clean energy milestone
Google announced today that it's throwing $55 million dollars to the wind... energy, that is. A post to the official Google blog said the company has invested the aforementioned amount in the Alta Wind Energy Center, which is set to generate 1,550 megawatts of energy -- enough to reportedly power 450,000 homes -- from a batch of turbines in the Mojave Dessert. Developed by Terra-Gen Power, the operation will carry the resulting energy via transmission lines to "major population centers." The ever-humble internet giant pointed out that this particular injection of funds marks a total investment of $400 million in the clean energy sector. In fact, El Goog signed a deal last year to power several of its data centers with wind power, and most recently announced the opening of a seawater-cooled data center in Finland.
Green Energy will replace fossil fuels by 2050 if you really really want to
The year 2050 is what the year 2000 was to futuristic thinkers like Walt Disney and Arthur C. Clarke. It's the new year that everything will change: robots will outperform us on the field of play, computers will outwit us in matters of reason, and nerds will never be lonely again. It's also the year that 100 percent green energy will be possible according to a bunch of neo-maxi zoomdweebies from Stanford and the University of California-Davis. That's right, in 40 years we could be saying goodbye to fossil fuels in favor of renewables like solar and wind power. The biggest challenge to achieving the goal, say researchers, isn't related to the underlying technologies or the economics required to fuel the change, rather, it's whether we earthlings have the collective will and political gumption to make it happen. Interesting... we'll look into that claim just as soon as we're done with our Nero fiddling and telling all our friends about this amaaazing story we just read in the National Enquirer.
Philadelphia Eagles going self-sufficient on stadium energy from 2011, 30 percent of it renewable
Let's skip right past the cringe-worthy "Declaration of Energy Independence" slogan and look at what the Eagles are actually doing with their pro sports venue. The franchise that dresses in midnight green is aiming to smarten up its eco-green credentials with a new partnership with SolarBlue that will provide all of the Eagles' stadium energy needs for the next 20 years, after which point the team will be free to resell any surplus electricity back to the grid. 15 percent of the total output with be generated with spiral wind turbines erected around the top rim of Lincoln Financial Field, another 15 will come from 2,500 solar panels to be installed near the stadium, and the rest will be obtained from a biodiesel / natural gas plant. So it's not all renewable, but a nice step in the right direction, nonetheless.
Google sinks cash into Atlantic Wind Connection offshore wind project
It's been said before, but seriously -- is there anything that Google won't invest in? The company that's also looking into ISPs, voice search and Pac-Manning its home page is now sinking a few billion (give or take) into an ambitious new offshore wind project. The move comes just months after inking a score-long deal to power data centers with wind energy, and Google's involvement is helping the Atlantic Wind Connection backbone move forward. In theory, this backbone will stretch 350 miles off the coast from New Jersey to Virginia and will be able to connect 6,000MW of offshore wind turbines, and the AP reports that the initial phase of the project will be capable of "delivering 2,000 megawatts of wind energy, or enough to power about 500,000 homes." Good Energies, Marubeni and Trans-Elect are also getting in on the action, with the aforesaid first phase to be completed by early 2016. Also, it's expected that the energy created from this endeavor will cost "several times more than conventional electricity," but obviously the Big G views this as a solid long-term investment.
World's largest offshore wind farm spins into action off the coast of Britain
They stretch up to two and a half times the height of Nelson's Column at Trafalgar Square, their number is close to a hundred, and their mission is to bring clean, renewable energy into British homes. Yes, we're talking about turbines. The latest wind farm to be erected near the Queen's most sovereign isles is said to be the largest in the world (for now) and promises to produce enough energy to keep 240,000 homes going -- the equivalent of half the county of Kent. It's part of the UK's grand plan to generate at least 20 percent of all its power needs through the taming of the winds and cost the Kingdom a cool £780 million ($1.2b) to build. That's admittedly a big bill to swallow, but there are worse things to blow your billions on... such as, say, the Millennium Dome.
Google signs 20-year deal to power data centers with wind energy
It's not the first investment Google has made in wind power, but anyone wondering about its commitment needn't look any further than the company's just-announced deal with NextEra Energy. It's agreed to buy wind power from NextEra's wind farm in Iowa for the next twenty years, which it says will provide enough power to supply "several" of its data centers. What's more, Google says that the size and length of the deal (taking 114 megawatts of energy off the market) will also lead to other indirect benefits for the wind power industry, and give NextEra the flexibility to invest in additional clean energy projects. Head on past the break for NextEra's press release on the deal.
Eco shocker: Turbine Light concept uses wind to light highways
Ingenious, eco-friendly concepts are all around us, there's no denying that. This one caught our eye because it's pretty innovative, seemingly well thought out, and good looking to boot. The Turbine Light concept (which is going to be a part of the upcoming Greener Gadgets conference in New York City at the end of this month) harnesses the power of the wind from cars rushing past to light up the ever-darkening roadways. The turbines use the wind collected to generate energy for the lighting, and while the concept lacks a lot of firm details so far, but we're sure to find out more about it soon -- we'll be sure to check them out at the conference on February 25th. Hit the source link to see more concepts, along with other people and companies who will be there.
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]
GE's Smart Grid aims to cut home energy consumption to zero, promote world peace
Judging by the company's recent infatuation with energy-efficient LED lighting solutions, we're not at all surprised to see General Electric launching a daunting initiative that aims to cut homeowner energy consumption to zero by 2015. The so-called 'Smart Grid' is part of the Net Zero Home Project, which combines solar and wind energy (for on-site power generation) along with specialized appliances that can "communicate with utilities to participate in utility-run demand-response programs." In other words, these intelligent devices can turn themselves down or off when no one's around in order to shave peak-time consumption, and the in-your-face nature of always knowing exactly how much juice you're wasting should also encourage conservation. Of course, we have all ideas that a Smart Grid-certified home will run you quite a bit more than you're willing to pay, but hey, Ma Earth deserves it -- doesn't she?[Via CNET]
Kinesis K2 solar / wind charger hands-on: Captain Planet approved
Kinesis' K2 solar / wind charger will power any USB device and is guaranteed to disappoint people mistaking it for a handheld fan. Of course, if you're feeling less environmental, feel free plug it into an AC outlet to reenergize the thing. Anticipating popular demand, we've put video after the break.%Gallery-41422%[Via OhGizmo!]
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.
