Western Digital Pitches Greener HD to UN

PCMag reports on Western Digital presenting at a UN conference.

Western Digital to UN: Buy More Green Hard Drives
ARTICLE DATE:  07.11.08

By  Jeremy A. Kaplan

Runaway power consumption in data centers is a well-known phenomenon, but Western Digital has a new solution: replacing the thousands of hard drives in today's data centers with new, green models. In a keynote address at the United Nations on Friday morning, Tom McDorman, vice president and general manager of Western Digital's enterprise storage solutions division, will argue that the power savings, reduced temperatures, and added capacity of the company's low-power drives is a key first step towards fixing what is clearly a broken system. The speech is part of AIT Global's ICT for Sustainable Economic, Social, and Business Development Conference (aitglobal.com), taking place yesterday and today at the UN in New York City.

Data centers consumed 1.5 percent of our nation's energy costs in 2006, according to the EPA's Data Center Report to Congress from last August, and with the increased popularity of video sharing sites like YouTube and Revver, the overall capacity of data centers is exploding. As the need for storage space grows, so does the cost of running these centers. IDC estimates that between power and cooling, 48 watts are consumed in a data center for each hard drive. Drives themselves consume a mere 12 watts. Addressing that disparity is one way to control rising costs.

Groups like The Green Grid and the Green Storage Initiative are busy developing blueprints for building new eco-friendly data centers, but McDorman has an alternate solution: retrofitting current data centers with energy-efficient hard drives. By reducing the speed of Western Digital's GreenPower disks from 7,500 or even 10,000 revolutions per minute down to 5,000, and increasing the number of sectors per track (called the linear density of the hard drive), overall power consumption is reduced—yet data is pulled off a drive at the same rate.

Western Digital has also optimized "seek times," a traditional measure of a hard drive's performance; It turns out, faster isn't always better. McDorman points out that getting to a specific point on the hard drive too early merely wastes power. By seeking more intelligently, and arriving at a point on the disk at the right time, the company is able to minimize vibration, heat, and power consumption.

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Microsoft Grabs Leadership Positioning in NetworkWorld Article

After 2 days at the National Data Center Energy Efficiency Workshop and Energy Star, I was looking for a way to summarize some of the issues covered for the 150 attendees.  NetworkWorld reported on the workshop, and did the work for me.  So, let me highlight some parts.

Good incentives boost data-center energy efficiency

By Nancy Gohring , IDG News Service , 07/09/2008

A Microsoft executive shared techniques the company has used, including new kinds of employee incentive programs and internally created automation tools, to reduce the energy consumption of its growing data centers.

The methods he described could help other companies that use or operate data centers reduce costs, said experts who also spoke at the data-center efficiency strategy conference put on by the U.S. Department of Energy and the Environmental Protection Agency in Redmond, Washington, on Tuesday.

While there are plenty of technology solutions for improving data-center energy efficiency, not many companies are using them, said Christian Belady, principal power and cooling architect at Microsoft. "It boils down to a behavioral problem, not necessarily a technology problem," he said.

Microsoft decided to change the incentives for workers as a way to encourage them to use the most energy-efficient techniques. Traditionally, the various business groups within the company were charged for using the company's data centers based on the amount of floor space required to stack the servers that their services used. That spurred a drive within the business units to minimize the space they used, often through the use of extremely dense servers. Those servers, however, sucked power and required more cooling, Belady said.

Now, Microsoft charges business units based on the amount of energy consumed by the servers that host their services. "We moved from cost as a function of space to cost being a function of power," he said.

That shift made individual business units conscious of the number of DIMMs (dual in-line memory modules) they had at their disposal, for example. "Now those DIMMs are costing you power, and you're getting a year-over-year chargeback for those DIMMs," he said. Such charges make the business units less likely to require more memory then their services actually need, he said.

Other industry speakers are quoted.

Incentives are also changing at utility companies in ways that can benefit enterprises. "As a facility manager my incentive isn't to sell you more electricity, but to give you the tools to be more efficient," said Francois Rongere, segment supervisor with PG&E's high technology energy-efficiency team. "My bonus is based on how much savings you have done in my territory."

Those energy savings often translate into real money from the utility. Ray Pfeifer, who works with the Silicon Valley Leadership Group, was recently involved in a series of experiments with companies to try to quantify how certain changes to their data centers affected energy usage. He said that many of the implementations were 100 percent funded by utilities, which often offer incentives to companies for investments that can cut their energy usage.

While that may be good news to the enterprise, the utility incentives only show how behind the curve businesses are in general, said Brill. "It's appalling to me that we have to have utilities offering incentives to do what's good business sense," he said.

Thanks to Nancy Gohring for writing a good article.

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Green Data Center Computing Project in Defense Department, providing Cloud Computing Infrastructure

HP has a press release on a Defense Department project.

HP today announced that it will be supplying the U.S. Department of Defense (DoD) with scalable technology to enable its Defense Information Systems Agency (DISA) to deploy a cloud computing infrastructure.

The shared, flexible infrastructure will allow DISA to remotely provision its test and development systems through a single, secure interface. DISA provides processing capability, systems management, communications and storage to support DoD services, agencies and combatant commands.

HP’s offerings will enable DISA to build an adaptable cloud computing infrastructure it calls RACE (or, Rapid Access Computing Environment), which is designed to reduce costs, consolidate applications, shorten delivery times and simplify the user experience. According to a DISA official, RACE represents an unprecedented capability for the DoD, offering the speed and agility comparable to the commercial marketplace.

Users of the RACE cloud infrastructure will avoid capital costs for hardware or software licenses and instead pay for computing resources with operations and maintenance budgets on an as-needed basis. When a compute-intensive cycle is complete, resources will be returned to the cloud, ensuring that the user pays only for the resources required.

The Green Data Center part is

In addition, the responsive, HP-powered solution will automate management tasks, dynamically allocating server resources where they are needed, thereby optimizing efficiency, saving energy and minimizing the need for personnel oversight.

Note this test and development environment, but the next step is production.

DataCenterKnowledge has more information on this.

Garing said implementing a cloud architecture will help DISA better serve its DoD users around the globe. "The challenge is to make us relevant to them so they want to use our services," he said, adding that many military users tend to be conservative about change. "Some say 'I've got to have my own box, under my desk. I don't trust the cloud.' There's something about this box-hugging syndrome that will be a challenge for us. We feel that if we don't get a cloud-like system in DISO, we'll become less relevant."

This joins the efforts by Google and Amazon to provide a cloud computing infrastructure, but it is meant as an internal service model.  SkyTap is another company providing test and dev cloud computing infrastructure.

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Financial Times Article, Awareness a Rack uses Electricity Like a Giant Electric Oven for 5 Turkeys

This Financial Times article doesn't have anything really new, but it was interesting they chose to use a giant oven cooking 5 turkeys to explain to the financial community how much power a rack of servers consume.

IT going green: Temperature rises push heat up the agenda

By Dan Ilett

Published: July 8 2008 16:33 | Last updated: July 8 2008 16:33

A rack of computers in a data centre uses the same amount of electricity as a giant electric oven – “an oven cooking about five turkeys,” says Steve O’Donnell, senior vice-president of IT for First Data, and author of thehotsisle.com.

Heat is a big problem for data-centre operators, especially as temperatures rise in the northern hemisphere’s summer. But to remove it with air conditioning is expensive and uses more power.

“As the thermometer level increases, so does the headache for the IT director,” says Osca St Marthe, principal consultant at technology consultancy Morse.

“Power costs are coming on to the radar of the board – some people have seen electricity costs double,” he says. “All technology operates within certain temperature parameters and as the temperature increases, the efficiency of your systems decreases. ”

“People are finding they can’t get enough power into the data centre and are, therefore, worrying about adding more air-conditioning units. In fact, at one data centre I visited people were worried that plugging a phone charger in might tip the balance, let alone more air-conditioning units.”

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