IT a "Black Eye" for those who want to be Green

Canadian Technology news discusses a Green IT summit in Calgary.

"We generally change for one of two reasons – inspiration or desperation," business philosopher and best-selling author Jim Rohn once said.

The same principle, it seems, holds true in the realm of green IT.

If positive reasons don't do the trick, then the dire consequences of environmentally unsustainable practices will soon cause North American companies to change their ways.

That's likely to be a key message emerging from the Green IT Summit that flags off in Calgary today – going by the pre-summit interviews that ITBusiness.ca did with some of the participants.

An analyst at The 451 Group makes the point.

“IT has to work quickly to become green or we're a black eye to those that want to be green,” he says. And there's a lot of work to be done.

Wacker has even invented his own law to explain datacenter power inefficiency: “Anything that is free or inexpensive is misused.”   

Servers, he says, have long fit into that category.

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NRDC, Building Green

The NRDC has a site which provides guidance on a Building Green: From Principle to Practice. It does a nice job of summarizing the process, and it is supplied by an experienced Architecture firms.

Even though this site wasn't intended for data centers, it provides good guidance on the stages of a Green Data Center project which many companies follow, but haven't taken the time on how to explain what they are doing.


Good leadership is important to the success of any building project, but it is particularly vital in green building efforts. Some members of your building and design team may not be accustomed to thinking about a building as a single, well-integrated system -- a key strategy in green construction -- so make sure everyone you're working with is committed to thinking ahead and working collaboratively.

The best green strategies achieve multiple objectives with a single solution. The earlier you decide to build green, the more opportunities you'll have to maximize the synergies in your building's design and performance.

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Oscars Go Green, Year 2

In this year's Oscars, there are specifics on what they did this year to be green.

  • With support from the Los Angeles Department of Water and Power, 100% of the energy used for the telecast, the red-carpet arrivals show and the Governors Ball will be supplied by renewable windpower.
  • All of the generators used for the production, for press support and the red carpet arrivals area are powered by a fuel mix that includes biodiesel.
  • Among the vehicles made available by General Motors for use by production staff and presenters are zero-emission hydrogen-powered cars and hybrids.
  • Nearly all food serviceware for events associated with the Awards Presentation is either reusable or biodegradable/compostable.
  • The programs, invitations, RSVP cards, envelopes, parking passes and other printed materials include a minimum of 30% postconsumer recycled content.
  • This is much better than last year's announcement where they told the audience how they should be greener, but gave little specifics on their own Green efforts.

    They make no mention of the IT equipment, but they do have executive support for their Green efforts and partnership with the NRDC.

    Hollywood – Building upon work initiated a year ago, Academy President Sid Ganis announced today that ecologically intelligent practices have once again been incorporated into the planning and execution of the upcoming 80th Annual Academy Awards presentation on Sunday and related events.

    The Academy’s green initiative, which includes several energy-saving strategies, is being carried out in collaboration with the Natural Resources Defense Council, a non-partisan environmental and advocacy organization.

    “Last year, in planning and producing the Oscar® show, we chose supplies, resources and services designed to reduce Oscar’s ecological footprint,” said Ganis. “This year, with the guidance and support of the NRDC, we’ve been able to do even more.”

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    Energy Efficiency Drives Higher Consumption, Downside of Virtualization?

    OK, I was on vacation this week, so I didn't write as much, and I wasn't planning on doing much work. But, I made a call to Microsoft's Christian Belady to discuss some energy saving ideas from the top of Stevens Pass.

    If you haven't skied Stevens Pass, on the backside, you ski right under high voltage power lines from the Columbia Basin's hydroelectric dams, and you can get close enough in some areas that you'll feel get a slight charge holding your pole up in the air.  So, thinking about power feels like the right thing to do.

    IMG_1477

    After talking to Christian, I was thinking about his point on energy efficiency driving higher consumption, and where it could be illustrated in a specific case.

    An interesting scenario is in virtualization. If you take an existing IT environment and virtualize servers, you assume a reduction in energy costs. But now, with users creating VMs easier than physical servers by removing the physical server barrier, how long is it before new VMs are created at a rate faster than the physical servers?

    Will Energy Efficient VMs drive higher energy consumption over the long run?

    It would be interesting to know after people have virtualized environments, enjoyed their energy savings, what happens to their energy consumption after users have adjusted to the new VM environment.

    Are people missing the point because they are not thinking about life cycle management of servers, and what the impact is of virtulization?

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    Microsoft Creates Video Measuring Desktop Power Efficiency in Their Lab

    One of Microsoft's labs created a video on measuring power consumption on desktop devices. This video is appropriate for someone who is new to measuring energy consumption on the desktop.

    So how much power do your PCs draw?  And how do you figure that out?
    Those were the questions that I asked Grant after he recently updated the machines in some of the classrooms he manages.  His problem was even more complex:  He needed stronger/better/faster machines, but he was at capacity on his circuits, so he needed to do it without increasing power draw.
    In this video, Grant walks us through some of his methodology in measuring and benchmarking power consumption on a few machines, and shares the results with us. 
    It leads to some interesting conclusions, and some good food for thought for anyone trying to make energy conscious decisions around PC purchases.

    In this video they use the Watt's up device, but hopefully, they'll put the Smart Watt device in their small server room.

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