Optimizing info-Center Energy Use

Improve cooling, processor and server efficiencies to reduce potential consumption. info center energy use has become a mainstream issue for manufacturers, details center managers and even legislators. goods centers accounted for 1.5 percent of all electricity use in 2005, according to the EPA, and according to IDC, in 2010 there will be an estimated 15.8 million servers in the United States, triple the number that existed in 2000.

The impact of that growth has made the importance of optimizing the energy used in documents centers a primary issue for manufacturers providing everything from servers to structured cabling. As such, understanding some of the new methods that can be used to optimize input center efficiency is crucial.

Gartner estimates that only about 1 percent of the energy generated to potential a goods center ever makes it to the processor. potential loss in the electrical-distribution network, power-conversion losses and cooling reduce the percentage of potential that makes it into

the processors doing the computational work of a notes center.

More efficient processors reduce the heat generated relative to the processing potential. Advances such as 45-nanometer silicon and quad-core processors can reduce the ability consumed by the processor. Intel cites a 44 percent reduction in capability costs when using quad-core technology compared with dual-core processors.

Server virtualization is another area of innovation that can positively impact energy optimization. Server virtualization allows multiple applications to run simultaneously on a separate machine, allowing consolidation and reduction of servers. Idle servers still consume a significant amount of ability, so maximizing the use of each server will aftereffect in overall potential reduction.

VMware, a maker of virtualization software, provides an online calculator that indicates virtualizing 30 servers can reduce the energy costs for a goods center by $20,000 per year, and will reduce CO2 emissions by 266,282 pounds a year.

Approximately 50 percent…

Orginal post by Mike

Share and Enjoy: These icons link to social bookmarking sites where readers can share and discover new web pages.
  • Digg
  • del.icio.us
  • Netvouz
  • DZone
  • ThisNext
  • MisterWong
  • Wists

Related Articles
  • Chip-to-Chiller Energy Strategies in the input Center
  • New, Cutting-Edge IBM documents Center Goes ‘Green’
  • AMD Introduces Energy-Efficient Server Chips
  • Safely Saving Energy in Today’s input Center
  • Energy Efficiency Requires IT Focus
  • No comments yet. Be the first.

    Leave a reply