HP Labs Advances Sustainable IT with New Research Projects

Business Wire, June 4, 2008

PALO ALTO, Calif. -- HP (NYSE:HPQ) today announced new research initiatives from HP Labs, the company's central research arm, aimed at developing new technologies and business models that leave a lighter carbon footprint.

Initially, HP Labs will focus its research in sustainability on three major projects, including: an industry-first initiative to reduce the carbon footprint of data centers by 75 percent; groundbreaking research to replace copper wiring in servers with laser light beams; and tools for measuring and managing the amount of energy used to develop products.

Sustainability is one of five major research themes of the newly redesigned HP Labs, which recently refocused its efforts to address the most complex challenges facing technology customers in the next decade.

"HP's long-standing commitment to the environment is second to none in the technology industry. Today, HP Labs extends our dedication with these important research initiatives that will advance the state of the art in sustainable IT," said Prith Banerjee, senior vice president, research, and director, HP Labs. "HP Labs will lead the industry in developing the technology that could dramatically reduce energy consumption and the carbon footprint of entire industries."

The ultimate sustainable data center

HP Labs unveiled its Sustainable Data Center project, which is focused on reducing the carbon footprint of data centers by 75 percent while simultaneously reducing the total cost of ownership. For example, an average data center that consumes five megawatts of electricity annually could power more than 4,300 homes in the United States for a year. This research project will enable companies to drastically reduce the amount of electricity consumed in the data center.

Under the leadership of Chandrakant Patel, HP Fellow and director of the Sustainable IT Ecosystem Lab, researchers will study how energy is used and managed for the entire lifetime of a data center, from its design, synthesis, operation and end-of-life for its components. The research team, which includes computer scientists, materials scientists, physicists, and mechanical and electrical engineers, will use this information to develop data center technologies that achieve a massive reduction in resource consumption while maintaining performance, reliability and uptime requirements.

HP expects this research to open up new markets for its business by extending the technology to other areas such as smart buildings, grids and print factories.

Replacing copper with light to improve energy efficiency

A second sustainability research initiative is focused on replacing the copper-based electrical connections used in today's IT systems with optical laser communication links.

The Photonic Interconnect project, led by HP Senior Fellow and Director of Information and Quantum Systems Lab, R. Stanley Williams, builds on years of research dedicated to building photonic optical connections and components.

Photonic interconnections make it possible to fit dozens, and eventually hundreds, of processors on server system chips. In addition, the optical connections are 20 times more efficient than what is on the market today and will save companies multiple gigawatts of power annually, thus driving down IT costs. The photonic interconnects, which range in distance from 100 meters to 100 nanometers, also enable more flexible system configurations that can be quickly redeployed based on business needs.

New approach for modeling and measuring energy and material use

HP Labs also introduced a new project, to be led by Patel, focused on developing a set of tools that can model, predict, measure and manage the environmental impact of product manufacturing, supply chains and business processes.

HP will develop software and services tools to measure and manage key environmental impact metrics, such as carbon emissions, total energy usage and non-recoverable energy consumption. HP will use the tools to help customers re-engineer their businesses to be more sustainable and cost-effective through the innovative use of IT. This project will initially focus on three primary areas:

* HP Labs researchers are developing analyses of commercial printing and publishing industries that compare the sustainability impact of their current business models against a reduced impact that would result from the deployment of new research technologies. The aim is to identify and quantify how such research technologies can be best deployed to increase efficiency and reduce resource and energy use as well as carbon emissions. HP plans to extend this research to its customers in other vertical industries.

* HP Labs researchers have developed a unique approach to quantify the costs and environmental impact of a product by looking at the amount of available energy, known as exergy, that was used in that product's life cycle from extraction, manufacturing, shipping, usage and recycling. HP Labs and the University of California at Berkeley have jointly developed the Lifetime Exergy Advisor, a software tool designed to assess a product's total environmental impact through joules, units of available energy. The Lifetime Exergy Advisor can help organizations determine the environmental benefits gained from using alternative materials and processes across every phase of the product life cycle. HP believes that as the world's energy resources are increasingly tapped, companies will measure the amount of joules associated with the creation of a product much they way they measure dollars, so joules will be valued as much as currency.