1. Articles in category: Solar

    361-384 of 575 « 1 2 ... 13 14 15 16 17 18 19 ... 22 23 24 »
    1. Apple Plans 20MW of Solar Power for iDataCenter

      Apple Plans 20MW of Solar Power for iDataCenter

      Apple has revealed new details about the operations of its huge data center in Maiden, North Carolina, including plans to build a 20-megawatt solar power facility to support its operations. Apple also plans to use a fuel cell powered by biogas that could generate up to 5 megawatts of power. The Apple facility would be the largest solar array dedicated to data center operations, surpassing a 14 megawatt array being built to support the McGraw-Hill data center in East Windsor, New Jersey. Apple disclosed its renewable energy ambitions in Maiden in the company’s latest environmental report.

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      Mentions: Apple Google Facebook
    2. Apple reveals big solar, fuel cell plans for data center

      Apple reveals big solar, fuel cell plans for data center

      A few months ago it was revealed that Apple planned to build a solar array for its massive data center in North Carolina. Now according to Apple’s latest environmental report (hat tip CNET), the company has disclosed that its solar project will actually be pretty sizable at 20 MW, and it will be built on 100 acres, and will supply the company with 42 million kWh of solar power per year. Apple calls the 20 MW solar project “the nation’s largest end user–owned, onsite solar array.” There’s other much larger solar PV projects being built in the U.S. by solar developers, which sell the solar power to utilities, like the 500 MW Blythe solar PV project, the 550 MW Topaz solar project and the 230 MW Antelope Valley solar project. But in terms of corporate user-owned solar projects, Apple’s is a big one.

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      Mentions: Apple Bloom Energy
    3. Pictures: A Rare Look Inside China's Energy Machine

      Pictures: A Rare Look Inside China's Energy Machine

      A photographer gains an inside look at China’s massive power complex, and at efforts by the world’s largest energy consumer to spur cleaner future growth.

      China's energy use, production, and ambitions are best captured by superlatives: The country is the world's largest energy consumer, and leading source of greenhouse gas emissions.

      To power its tremendous economic growth, China has called on every fuel, every technology. It is the largest producer of coal and its greatest consumer, and yet China has more nuclear reactors under construction than any other nation. Its growing appetite for oil has kept gasoline prices high around the globe. And yet China's commitment to wind and solar power is so outsized that its young industries are now among the largest in the world.

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    4. Green Energy Profit Crash Deters New CEOs

      Green Energy Profit Crash Deters New CEOs

      Renewable energy companies are losing their allure with top executives after profits and stock prices collapsed across the industry, making it more difficult for boards to replace underperforming managers. First Solar Inc., the biggest U.S. solar company, ousted its chief executive officer in October and is still seeking a replacement. At Vestas Wind Systems A/S, the largest turbine maker, the chairman and finance director are leaving after the company cut sales forecasts twice in three months, and CEO Ditlev Engel said his own job is safe.

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      Mentions: Barack Obama
    5. Greenpeace Puts Google, Cisco, Fujitsu at Top of Green IT Rankings

      Greenpeace Puts Google, Cisco, Fujitsu at Top of Green IT Rankings

      Greenpeace today released the latest version of its Cool IT Leaderboard, tracking progress among 21 IT companies in embracing green energy for their own operations as well as advocating for policies that promote clean energy use worldwide.

      Google came out on top of the rankings this year, scoring 53 points out of a total 100. Cisco moved from first to second with a score of 49, and Ericsson and Fujitsu tied for third place with 48 points earned.

      Overall, the latest rankings show a steep decline from the fourth round of scores, which werepublished in December 2010, during the Cancun climate talks. Cisco led the prior round's pack with a score of 70, while Google held down fourth place with a score of 47.

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    6. California Reveals Price It Pays For Renewable Energy

      California Reveals Price It Pays For Renewable Energy

      California has one of the nation’s most ambitious renewable energy mandates – 33% of its electricity must be carbon free by 2020 – yet the price of that power had long remain locked in a black box, kept confidential by state regulators. Not any longer. Forced by a new law to publish the electricity rates of utility contracts it has approved, the California Public Utilities Commission on Friday issued a report detailing what green energy costs consumers.

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    7. Santander to build £100m data centre near Leicester

      Banking giant, which acquired Alliance & Leicester in 2008, commissions construction firm to build new 320,000 square foot data centre facility Santander, the Spanish-owned banking giant, has signed a contract worth over £100 million to build a new data centre near the village of Narborough, Leicestershire. The company has commissioned Interior Services Group, a construction firm whose previous projects include London's Olympic Velodrome, to build two identical facilities, each with over 160,000 square feet of floor space, in an area that is being developed as a business park.

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    8. Will clean power and microgrids be the future of data centers?

      Will clean power and microgrids be the future of data centers?

      Will an idea to build a data center park powered by onsite clean energy and paired with a microgrid in Colorado, represent the future of data centers? Created by developer Craig Harrison, the Niobrara Data Center Energy Park is a proposal for a company or even the government to build one or more data centers on a one-square mile plot of land in Colorado’s Weld County.

      Harrison says the site is unique in that a natural gas power plant could be built on it (a gas hub is a few miles away), and has a sunny climate that would enable an onsite solar panel farm. These local clean energy sources could be connected in a microgrid that could add uptime security for a data center, as well as reduce efficiency losses from transmission.

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      Mentions: Apple Google Facebook
    9. DC Generators Reducing Data Center Power Consumption

      DC Generators Reducing Data Center Power Consumption

      Maybe alternating current (AC) generators have been used more because they are of simpler construction than direct current (DC) generators, but whatever the rationale may be DC is making a comeback. In data centers, at least.

      Servers, landline telephone systems, several electric motors, batteries, ships and airplanes all run on DC. Facebook (News - Alert) adopted DC architecture for its Prineville, Ore. data center, ABB bought a controlling interest in Validus DC systems, which specializes in DC data center equipment, and General Electric bought Lineage Power, producer of DC equipment.

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    10. 'Big Data' Creates Big Opportunities

      'Big Data' Creates Big Opportunities
      While nearly every device is getting smaller and more efficient, information is getting much bigger and unwieldy. Billions of bits of data are streaming in from everywhere: buildings, vehicles, manufacturers, warehouses, government agencies, credit card transactions, traffic signals, the electric grid, and just about anything else that is connected -- wired or wirelessly -- to something else. This "internet of things," as it's been dubbed, already consists of a trillion connected devices, and it's growing exponentially.
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    11. Disruptive Technology from the Desktop to the Data Center

      Disruptive Technology from the Desktop to the Data Center
      According to Wikipedia, a disruptive technology or disruptive innovation is an innovation that helps create a new market and value network, and eventually goes on to disrupt an existing market and value network (over a few years or decades), displacing an earlier technology. The term is used in business and technology literature to describe innovations that improve a product or service in ways that the market does not expect, typically first by designing for a different set of consumers in the new market and later by lowering prices in the existing market. Virtualization and software design have been the main drivers in the development of disruptive innovations in hardware.
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      Mentions: LEED
    12. How to Go Green without Going Crazy

      How to Go Green without Going Crazy
      Utilities worry about a lot of things, such as keeping the lights on, earning a return for investors, and making regulators and customers happy with their service. Now there is a new worry: How can they protect customers from what one utility refers to as “mental fatigue?” In this particular case, the utility raises the issue as it pr
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    13. Once again, Efficiency is not the same as renewable supply - by Peter Judge

      Once again, Efficiency is not the same as renewable supply - by Peter Judge
      Happy New Year to you all. If we had to have a new year’s resolution in the world of green energy and green data centers, I guess it would be to maintain some clarity over the difference between efficient energy use, and renewable energy supply. We all know that we must do something about climate change (at least, all of us except the most ignorant climate-change deniers). What that should be depends on whether you think that we can cut our energy use by changing our habits and being more efficient, or keep our lifestyles just the same and change the way we generate our electricity. Ideas like smart grids and low-energy data centers play towards the path of greater efficiency, while moves to use wind and solar power are heading towards changing our energy sources. Both are green - but if your argument jumps relies on both, or flips ...
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    14. Can We Build Tomorrow's Breakthroughs?

      Can We Build Tomorrow's Breakthroughs?
      Manufacturing in the United States is in trouble. That's bad news not just for the country's economy but for the future of innovation. In a hangarlike building where General Electric once assembled steam turbines, a $100 million battery manufacturing facility is being constructed to make products using a chemistry never before commercialized on such a large scale. The sodium–metal halide batteries it will produce have been tested and optimized over the last few years by a team of materials scientists and engineers at GE's sprawling research center just a few miles away. Now some of the same researchers are responsible for reproducing those results in a production facility large enough to hold three and a half football fields.
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    15. Could Solar Power Be More Than Window Dressing?

      Could Solar Power Be More Than Window Dressing?
      Solar power has been only capable of producing a small part of data centre energy needs, but this may change, says Peter Judge Solar power has always seemed a good long term bet for renewable energy. After all, pretty much every single Joule of energy we use on the planet comes from the sun originally The sun’s energy is caught by plants, which make fuels, either through the long process of fossilisation producing oil and gas, or by directly producing wood, or man-made ethanol to burn. Animals’ energy comes from plants, and the sun drives the water cycle which produces hydro-electric energy. Nuclear power uses energy stored from older suns where the heavier elements are made. Geothermal energy does include energy originating on earth – it is the heat of the earth’s core, but it is maintained at that temperature by radioactive decay inside the earth.
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      Mentions: Peter Judge
    16. Green Energy Economics in Action

      Green Energy Economics in Action
      I know that politicians are required to have an odd view of th world: what else would provide the ego necessary to think that they and they alone have the answers to life's problems? But when politics meets the green (or even Green) understanding of economics we do end up with some really rather strange results: Households currently pay £89 a year on their bills for the green energy drive, but this will increase every year to reach £280 by 2020, according to the Government’s Department for Energy and Climate Change (DECC).
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      Mentions: Decc
    17. IBM Creates Solar Array For Data Centres

      IBM Creates Solar Array For Data Centres
      IBM has said its new solar array is the first to be designed especially for powering IT systems IBM has created a solar array system designed with the data centre in mind, arguing organisations could use it to reduce the carbon footprint of their existing IT infrastructure or power sites in areas without a reliable electricity supply. The company claims the 6,000 square foot array in Bangalore, India can power 50 kilowatts of computer equipment for 330 days per year, running five hours per day. The rooftop array currently supplies nearly 20 percent of the power requirements of IBM’s India Software Lab – which consumes around 25 to 30 teraflops of compute power.
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      Mentions: IBM
    18. 10 Things To Be Thankful For In Greentech This Year

      10 Things To Be Thankful For In Greentech This Year
      As you sit down to your sustainably raised turkey (or Tofurky) dinner this year, it’s a good time to think about the things that have gone well for greentech in 2011. Yes, there have been a lot of clouds for the industry this year, with the Solyndra debacle and the overall recession, but there have been quite a few milestones this year. Here’s what I’m thankful about: 1. Cheap solar panels. The prices of solar panels and cells have dropped dramatically this year. That’s been difficult for solar makers trying to stay in business, but for solar consumers, that’s great news. According to a recent study from Lawrence Berkeley National Labs, between 2009 to 2010 the price of residential rooftop solar panels fell 17 percent to $6.20 per watt, or a $1.30 decline, and in 2011 fell 70 cents per watt, or 11 ...
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      Mentions: Apple Google Facebook
    19. Facebook, Yahoo!, QTS Data Centers Land LEED Ratings

      Facebook, Yahoo!, QTS Data Centers Land LEED Ratings
      Efforts to make the data centers of major tech companies more energy efficient were recognized last week with LEED certifications awarded to a Facebook facility in Oregon, a Yahoo! site in Nebraska and a vast QTS data center in Atlanta -- the second largest in the world. Quality Technology Services, one of the larger providers of data center facilities and managed services, earned LEED-Gold certification from the U.S. Green Building Council for a 990,000-square-foot site in Georgia, the company said. The firm has worked to reduce and offset power at its Atlanta Metro Data Center in the four years since purchasing the property. Measures include installing a rainwater capture system as part of the site's cooling infrastructure and improving power usage effectiveness by 11.4 percent since January 2010. This past summer, the company hosted an EDF Climate Corps fellow who teamed up with the data center's ...
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      Mentions: Yahoo Facebook LEED
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  1. Categories

    1. Data Center Design:

      Construction, Container, Data Center Outages, Monitoring, Power and Cooling
    2. Policy:

      Cap and Trade, Carbon Footprint, Carbon Reduction Commitment, Carbon Tax, Emissions
    3. Power:

      Biomass, Fossil Fuel, Fuel Cell, Geothermal, Hydro, Nuclear, Solar, Wind
    4. Application:

      Cloud Computing, Grid Computing
    5. Technology:

      Microblogging, Networking, Servers, Storage, Supercomputer
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    1. (1 articles) Europe