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    IBM data center gets deep energy retrofit – CNET News

    CNET News IBM data center gets deep energy retrofit CNET News Martin LaMonica is a senior writer for CNET's Green Tech blog. He started at CNET News in 2002, covering IT and Web development. … Inside IBM's deep green data center ZDNet First Green Data Center Degree Announced Scientific Computing all 6 news articles

    Thoughts on wind turbines – Sussex Express

    Daily Green Thoughts on wind turbines Sussex Express They only used Wind Power if no other power was available. Wind is quite weak and unreliable. So also are these massive modern Wind Turbines . … UM wind project advances in Senate measure Bangor Daily News 4 Emerging Green Collar Jobs in Wind Energy Daily Green 11- turbine wind farm could come to Greenvale Northfield News (subscription) Scientific Computing

    UM wind project advances in Senate measure – Bangor Daily News

    Daily Green UM wind project advances in Senate measure Bangor Daily News AUGUSTA, Maine — The US Senate has approved $5 million for a University of Maine research program seeking to develop wind turbine technology … 11- turbine wind farm could come to Greenvale Northfield News (subscription) (subscription) Thoughts on wind turbines Sussex Express 4 Emerging Green Collar Jobs in Wind Energy Daily Green guardian.co.uk

    3TIER Releases First Seamless Solar Map of Western Hemisphere

    SEATTLE (October 13, 2008) – 3TIER, one of the world’s largest independent
    providers of assessment and forecasting of renewable energy, today released the
    first comprehensive, contiguous and high-resolution solar map for the entire
    Western Hemisphere.

                                                          

    “To produce this map, 3TIER
    developed a dataset that is approximately three times the resolution of
    existing industry solar data standards for the United States,” said Kenneth
    Westrick, 3TIER CEO and founder of the Seattle-based company.

     

    “This is the first and only database
    of the solar resource that covers all of North, Central and South America,”
    Westrick said. “Not many organizations have the expertise and super-computing
    resources to synthesize such massive amounts of historical satellite data or a
    tool like 3TIER’s FirstLook to present the data in a simple and elegant way.”

     

    Similar to 3TIER’s high-resolution wind maps, a clickable
    solar map is available online for free through the FirstLook Prospecting™ tool
    at http://firstlook.3tiergroup.com/solar.  This map will allow policy-makers, developers and financiers to quickly
    identify potential sites and begin assessing their renewable energy potential.

     

    “Development of this solar map is
    another important milestone in 3TIER’s
    ‘REmapping the World ™’ initiative, which is intended to accelerate the
    adoption and integration of renewable energies worldwide,” Westrick said. “If
    we want developing nations to ‘leapfrog’ over fossil fuels, they need
    information about what renewable energy resources or combination of resources
    exist. REmapping the World is a sophisticated mapping
    technology initiative to show where renewable resources are, and change
    the way we look at the world’s energy production options.

     

     “Our
    maps are providing the critical information that has been missing to make
    renewable energy a viable choice – and resolve the issues around the
    availability, accessibility and useability of global renewable resource
    information.
    The maps provide enough resolution so countries and
    organizations can begin to look at the potential wind and solar resources at a
    regional level.”

     

    The solar map is based on 11 years of half-hourly
    high resolution (roughly 1 km) visible satellite imagery that has been
    processed to create 11 years of hourly values of
    Global Horizontal
    Irradiation (GHI), Direct Normal Irradiation (DNI) and Diffuse Irradiation (DI)
    at a horizontal resolution of roughly 3 kilometers.

    Based on this solar dataset, 3TIER
    customers can purchase basic or comprehensive reports that contain more
    detailed solar site analyses. 

    Available products include:

    • FullView
      Site Analysis Report – basic information delivered within 2 weeks;
    • FullView
      Comprehensive Report – an in depth custom report; and
    • GIS
      layers – annual average and monthly data layers for select regions.

     

    “With the solar market rapidly expanding in North, Central
    and South American markets, developers are looking for the quickest way to
    prospect solar sites and choose the best locations for optimum energy
    production,” Westrick said.  “Our reports make it faster and more
    cost-effective for developers to evaluate potential solar projects and make
    capital investments in solar energy generation.”

    Over the coming months, 3TIER plans to continue to
    map solar resources, country by country, based upon a priority order that takes
    into account such issues as solar development policies, availability of the sun
    and economic development status.

    To learn more about
    REmapping the World visit: www.remappingtheworld.com.

     

    ###

    ABOUT 3TIER

    Founded in 1999, Seattle-based
    3TIER is one of the largest independent providers of wind, solar and hydro
    energy assessment and power forecasting worldwide. People around the world turn
    to 3TIER when they want the best scientific information to make decisions about
    renewable energy projects — from the prospecting stage to operations. For more
    information, visit 3tiergroup.com.

    Data Centers Will Follow the Sun and Chase the Wind

    Data centers’ ability to suck up inordinate amounts of electricity is turning them into the Hummers of the computing world. And much like Hummers, their power-guzzling ways means they are becoming increasingly costly to run. We’ve already covered the efforts of companies to reduce heat, increase server utilization and build green data centers. Now Andrew Hopper, head of the Cambridge University Computing Lab, is working on a solution that could help reduce the demand data centers place on the grid.

    Hopper’s vision combines cloud computing and renewable energy: He wants to take electrical transmissions costs out of the equation by placing a data center directly at the site of a renewable energy source and use fiber optic cable to link it to the entity that uses it. Hopper is also the co-founder of Level 5 Networks, which was bought by 10 Gigabit chip maker SolarFlare.

    Virtualization and fast Ethernet, which enable services such as Amazon’s EC2, will make Hopper’s idea feasible. The ability to separate the hardware from software through virtualization is what enables computing clouds to exist. Those clouds allow companies, developers or anyone with the ability to tap into that resource, to ship its computing jobs over to Amazon’s servers, no matter where they are located in the world.

    The challenge is figuring out how to build software that can monitor electrical generation, prioritize compute jobs and then figure out when and where to send those jobs based on whether the wind is blowing or the sun is shining. Hopper believes it would make sense to attach data centers, possibly in a container (as shown in the image), directly to a renewable energy source. The source could be located in the middle of a desert, on a platform attached to an ocean wind turbine, or anywhere else where power could be easily generated.

    One of the issues with renewable sources of energy, is that the places where it’s most abundant, such as winds blowing across the ocean or solar power in the desert, are inaccessible and thus, expensive to attach to the electrical grid. An example is Texas’ $4.9 billion plan to bring wind energy generated in the barren, western part of the state to the more populous center. Bringing the data center to the power solves that problem as long as the area can be reached via a cheaper fiber optic cable. There are still issues of servicing such remote data centers, but the plan to have multiple ones around the world offers redundancy.

    But there are still computing tasks that need to be worked out if this vision is to materialize in the next decade or so. “If it turns out you’re chasing the energy and copying a lot of data, then that’s less attractive,” says Hopper. “But with good caching, and if you’re only moving the data once or twice it, might work. You could design software similar to old-fashioned job scheduling on a mainframe. Back then the scarcity was the computing and today it’s energy.”

    As data centers take up more and more energy, Hopper’s ideas may help the computing industry solve one of its fastest-growing problems.

    image of a theoretical modular data center installation courtesy of Sun Microsystems

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