At any given moment, millions of financial transactions, e-mail, and online videos may be coursing through the circuitry of one of the massive computer server farms that have proliferated in the Internet age. In Alfonso Ortega's thinking, it's a lot of hot air. He's not talking about spam.
The Internet generates a huge amount of waste heat, said Ortega, a Villanova University professor of energy technology. By some estimates, 3 percent of the nation's electricity is devoted to computer processing and data centers, enough to light up a couple of states. The cost of cooling the equipment nearly equals the cost of powering the computers that process the bits and bytes, said Ortega, who is also the college of engineering's associate dean for graduate studies and research.
"People started to pay attention when companies said, 'Wow, unbelievable, we're now eating up half of our costs just to keep this thing cool,' " he said.
Ortega's Villanova team, along with a consortium of four other universities and four area corporate partners, were recently awarded a five-year, $3.4 million grant by the National Science Foundation to study ways to improve energy usage at data centers. The effort is formally called the Industry/University Cooperative Research Center in Energy-Efficient Electronic Systems.
DVL is one of the four area corporate partners, at the forefront of the data center industry research.
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Great Ideas To Design A Better Server Room
The data center is one of the most dynamic and critical operations in any business. Complexity and criticality have only increased in recent years as data centers experienced steady growth in capacity and density, straining resources and increasing the consequences of poor performance.
