Ford Ups the Ante on EVs

Ford is investing another $450 million in electric vehicle development and facility retooling, bringing its total investment in this area to a cool $1 billion.
The latest monetary infusion, a part of its “Electrification Strategy,” paves the way for the Dearborn, Mich. carmaker to engineer, produce and launch new electrified vehicles, battery systems and hybrid transaxles, while creating up to 1,000 new jobs in the state.
Ford will build what it calls a next-generation hybrid vehicle and a plug-in hybrid vehicle at the Michigan Assembly Plant beginning in 2012, in addition to producing the new Ford Focus and Focus Electric at the same plant in 2010 and 2011, respectively.
In addition, the company announced it will design advanced lithium-ion battery systems for the next generation hybrid in Michigan and move production of battery packs from Mexico to Michigan.
eBay Builds State-of-the-art Green Data Center in Utah

Online auction site eBay is building a $334 million state-of-the-art, environmentally responsible data center in the suburbs of Salt Lake City, Utah.
eBay says this data center will showcase the best and most innovative thinking in green data center design, technology, construction and operation, and Triple Pundit asked Mazen Rawashdeh, VP Technology Operations, eBay Inc., to fill us in on all the details.
Triple Pundit: Does this new data center represent new capacity, or will it consolidate other eBay data centers?
Mazen Rawashdeh: The new center is being opened as part of a corporate-level, four-year data center consolidation strategy that is moving us from a handful of co-located data center facilities – largely space that we rent from data center providers – to space that we own and can manage to the highest standards in both cost and environmental efficiency. In short, it’s a consolidation strategy. Our business model is unique; we know the rhythms and availability requirements that are specific to eBay’s platform. By designing an environment for our data and compute power – both in terms of physical data center, hardware and software infrastructure that goes into it – we can innovate and manage it in the most efficient way possible. The facility in Utah will host the core technology that runs our business – including the eBay.com marketplace, PayPal and some of our adjacencies, including StubHub.com and Shopping.com.
Relationships: The Key Ingredient to a Green Data Center
By Mike Leber, president and founder of Hurricane Electric
Green data centers have been getting more attention in the media in the last six months. Although much of that coverage has been on how green data centers are reducing carbon footprint, they also serve another importance purpose: reducing data center operating costs. Given that energy costs can account for up to 30 percent of a company’s IT budget, there is substantial economic incentive to improve energy efficiency in the data center.
Whether it is an existing data center or a new center in the process of being built, decisions need to be made not only on the type of technologies that will be utilized within a center, but also the facility’s design. Vendor relationships as well as one with the local power company are key to creating an energy efficient data center.
It is critical to have open discussions with vendors to find energy-efficient products. It is not only important to know how the product works, but how it may work in an energy-efficient mode, why it is energy efficient and how much energy may actually be saved. Only through open discussions with vendors, can these answers be found and the right energy-efficient sever, UPS, HVAC system or airflow management solution be deployed.
EPA Data Center Cuts Waste, Finds Savings
The Green Grid, an IT industry consortium that is studying and seeking to standardize metrics, processes, methods and new technologies to make data centers more energy efficient, partnered last year with the Environmental Protection Agency in an effort to assess the energy consumption at typical small to mid-sized data centers, set in motion energy-saving measures, and then develop a set of recommendations for energy efficiency improvements.
In the study, the EPA acted as the guinea pig—the study centered on its data center located at One Potomac Yard near Washington, DC.
By making a number of changes—many of them simple and requiring little capital, the center was able to increase its energy efficiency by 20 percent. The steps will also save the center $15,000 per year in energy costs.
Tips From UPS: Why and How to Start Greening Your Data Center
We’ve all heard the good news: Improving efficiencies at your data center is a sure-fire way to cut energy costs and reduce GHG emissions.
But, let’s face it. The prospect of greening a data center can seem overwhelming. After all, data centers are complicated, unwieldy and high-tech. Even the most intrepid sustainability manager may take a look around, and be left scratching his head, wondering, “Where do we start?”
“That’s a very good question,” says Joe Parrino, Facilities Engineer of UPS’s Windward Data Center near Atlanta. “You start by getting educated and fully understanding the problem.”
That’s how they did it at Windward, one of UPS’s two largest data centers. Originally constructed in 1995, Windward monitors all of the information about the 15 million packages UPS delivers daily worldwide. Recently, Parrino led the facility through a dramatic energy makeover, a series of varied changes that cut energy consumption by 15% and reduced UPS’s CO2 emissions by 5.5 million pounds annually.
Enabling Sustainable Data Centers with Tightly-Integrated, Advanced Component Technologies
By Dr. John Busch, president and co-founder of Schooner Information Technology
According to the U.S. Department of Energy, for every 100 units of energy piped into a typical data center, only three are used for useful computing. These inefficiencies are the result of very low (~10 percent) utilization of the data center’s computing servers which creates intolerable heat and energy issues as well as sprawling space requirements.
To make matters worse, experts predict the number of servers to double or even triple over the next few years as a result of booming demand for Internet capacity. Fortunately, the emergence of advanced component technologies, such as multi-core processors, low-latency interconnects, and flash memory, hold the promise to transform the data center through radical improvements in performance, scalability and power consumption.
Data Center Pulse: Finding Green Solutions for Energy-Guzzling Servers and Cooling Systems
Think of it as a support group for data center gurus.
Better yet, think of it as a support group on steroids for data center gurus.
Data Center Pulse (DCP) is a non-profit, open source community where data center end users can share information, voice opinions, define innovative next-generation solutions, and ultimately influence activities and trends in the industry.
Members can participate in LinkedIn discussions, download program proposals and presentations, stay up-to-date with breaking IT news, watch informational videos, network, blog…and more.
Founded only a year ago (in September 2008), DCP already boasts 1,240 members, representing more than 600 companies, spread across 45 different countries. It’s an exclusive group of data center owners, operators and users — and in this uniquely specialized community, consultants or individuals with primary roles in a sales, marketing or business development capacity are noticeably (and purposely) absent.*
Opening Up Fort Knox: Looking for Transparency to Foster Data Center Innovation
By David Zwerin, Sustainability Marketing Consultant
While researching the sustainability of data centers, I became frustrated with the lack of corporate transparency around the environmental impacts associated with their data centers. Many companies talk about how efficient their data centers are, but stop short at providing hard facts, data, and relevant numbers to authenticate their story.
Data centers have become the new Fort Knox, housing everything from Facebook photos to medical records, and data driven companies are unwilling, or so it appears, to share any environmental impact information about their data center. There is a belief that disclosing this information, competitors will reverse engineer the environmental impact data to shed light on the capacity of a data center to gain a competitive advantage.
As a result, there is an underestimated perception of the true environmental impact of data centers. To truly create innovation in this sector, more transparency is necessary to stimulate an industry-wide discourse on the true environmental risks of data centers, enabling companies to develop effective strategies and best practices for reducing the impact of their data management.
What it Takes to Power the Internet: Quantifying Our Online Obsession

US Infrastructure ran an article last month about how much energy we use to power the Internet. The above is an in interesting representation of what that power consumptions looks like. From updating our Facebook profiles to reading the news to watching last night’s sitcoms, the Internet has subsumed nearly every aspect of our lives.
3p’s Data Center Week: Creating a Context for Green IT

For many of us, the data center is something we all know exists; and as we have been reading more and more, it is something that needs “greening” to improve large corporations’ environmental footprints.
Yet, aside from the select few that work and think about data centers on a day-to-day basis, the majority of the public, business leaders, and even sustainability experts couldn’t explain how data centers work, let alone what it takes to make them more efficient and environmentally friendly.
Over the course of the week, 3p will be showcasing the perspectives of experts and thought leaders in the data center industry, as well trend analysis, in an attempt to create a context for how they fit within the larger economic and environmental bottom lines.
Enterprise Sustainability and Greening Data Centers

By Dr. Zen Kishimoto, Principal Analyst, Alta Terra Research Network
Some years ago, energy was cheap. Few people in corporations paid attention to how much energy was consumed company wide, much less in data centers. More recently, however, several factors have changed this scene completely. These factors included much higher demands for computing and storage due to the rapid increase in online processing in both business and consumer sectors and, consequently, denser server concentration to maximize the use of space in data centers.
According to a 2007 EPA report, power consumption by U.S. data centers doubled between 2001 and 2006. In 2006, data centers used 1.5 percent of all the power consumed in the United Sates. Without any remedy, consumption will double again by 2011. As a testimony to this study, many operators have recently begun feeling pain at several points in their data centers, which are experiencing power shortages, high costs, and extensive needs for cooling.
Data Centers as Information Factories
By Dave Ohara, Data Center Consultant and Publisher of GreenM3.com

Photo Courtesy of Google
I have been writing on the Green Data Center topic for more than two years. After more than 1,000 blog posts, one of the things that I have found is the name “data center” doesn’t mean what most people who don’t work on them think they are. In the past, there was one corporate building that was the place where data was housed for the corporation. But now, that no longer is the case.
A data center is a facility used to house computer systems and associated components, such as telecommunications and storage systems. New technologies and practices were designed to handle the scale and the operational requirements that came with the dot com boom. The standard for Fortune 500 companies now is to have multiple data centers around the world to provide information availability, disaster recovery, and reliability. What does it mean to have multiple centers of data? If you green the data center, what is actually getting greened? And how?
Will Microsoft and Google Blow Life into British Wind Power?
Giant IT companies with giant energy needs—Microsoft and Google are great examples—have been looking for low-cost, low-polluting ways of powering their massive server farms for years. In fact, both firms built server farms along the Columbia River in Washington and Oregon in order to take advantage of some of the cheapest hydro-power in the country. Could they now be looking to the wind to help power their European operations?
Late last week, the Financial Times speculated that Microsoft and Google could be pondering investments in offshore wind farms in Britain.
The story posits that wind power must play an increasing role in the Britain’s power mix if the country is to meet its aggressive goal of 30 percent renewable energy generation by 2020. And it suggests that financial support from major Internet firms such as Google and Microsoft could serve to resuscitate the wind power industry there, which lost momentum due to the global recession.
eBay Announces First Greenhouse Gas Reduction Target: 15 Percent by 2012

eBay Inc. recently achieved a first among internet companies: it was the first such company to disclose greenhouse gas figures in 2009 to the Carbon Disclosure Project (CDP), an S&P 500 Report-affiliated ranking of corporations’ sustainability efforts. (The disclosure was also the first of its kind eBay has made.) What does the move suggest about eBay’s evolution as a company, and its potential impact on the world of green internet commerce?













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