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Solving the energy overusage problem1333436400000Energy overusage is a problem LANL is working to fixEnergy use and related thermal management issues are serious business concerns, but with EnergyFit LANL can significantly reduce heat output and maintain consistent electrical cost.http://farm8.staticflickr.com/7123/7645490596_722e222961_b.jpgRadiant shades of orange light raysEnergyFit is based on a suite of algorithms that describes how to select and adapt the optimal CPU speed in real-time.http://farm8.staticflickr.com/7123/7645490596_722e222961_s.jpgPower downEnergy savings are possible with software that ensures optimal computer performance, yet moderates power consumption and required energy to regulate temperatures. Tech Transfer: Problem Solved!

Solving the energy overusage problem

Applications:

  • High performance computing (HPC)
  • Financial data centers
  • Scientific computing
  • Multimedia computing
  • Search farms
  • Internet service providers (ISPs)

Benefits:

  • Lowers power bills
  • Lowers infrastructure costs
  • Is environmentally friendly
  • Reduces data center footprint
  • Reduces system failure

Summary:

Energy use and related thermal management issues are serious business concerns for companies that maintain large central 100 databases. Hundreds of millions of dollars are wasted annually due to power consumption, inefficient use of space, and climate control systems to prevent overheating. The source of the problem is the increasing energy demand and heat output related to the growth

EnergyFitTM system software tunes CPUs for optimal performance by adjusting speed in correlation with dynamic workload requirements. Los Alamos National Laboratory researchers determined CPU peak voltage was not always necessary for efficient workload function. When minimal CPU volt- age is matched with real-time workload requirements, significant reductions in heat output and electrical cost can be maintained consistently. EnergyFitTM software monitors processing requirements and modifies CPU voltage accord- ingly in real-time to minimize energy expenditure.

EnergyFitTM software can be applied to personal, corporate, and government venues to help mitigate serious data center power consumption problems. The software has been demonstrated to produce reductions in power usage on the order of 15% to 39%, depending on the type and intensity of application load.

Development stage: EnergyFitTM has been successfully reduced to practice and tested. Application-specific requirements are necessary for specific systems.

EnergyFit is based on a suite of algorithms that describes how to select and adapt the optimal CPU speed in real-time. This invention is patent pending.

Patent status: International and U.S. patents are pending.

Licensing status: This technology is exclusively licensed.

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The software has been demonstrated to produce reductions in power usage on the order of 15% to 39%, depending on the type and intensity of application load.YesContact/Laura BarberTechnology Transfer(505) 667-9266ljbb@lanl.gov/Erica SullivanTechnology Transfer(505) 667-9219eab@lanl.gov

Solving the energy overusage problem

Energy use and related thermal management issues are serious business concerns, but with EnergyFit LANL can significantly reduce heat output and maintain consistent electrical cost.
April 3, 2012
Radiant shades of orange light rays

EnergyFit is based on a suite of algorithms that describes how to select and adapt the optimal CPU speed in real-time.

Contact  

  • Laura Barber
  • Technology Transfer
  • (505) 667-9266
  • Email
  • Erica Sullivan
  • Technology Transfer
  • (505) 667-9219
  • Email
The software has been demonstrated to produce reductions in power usage on the order of 15% to 39%, depending on the type and intensity of application load.

Solving the energy overusage problem

Applications:

  • High performance computing (HPC)
  • Financial data centers
  • Scientific computing
  • Multimedia computing
  • Search farms
  • Internet service providers (ISPs)

Benefits:

  • Lowers power bills
  • Lowers infrastructure costs
  • Is environmentally friendly
  • Reduces data center footprint
  • Reduces system failure

Summary:

Energy use and related thermal management issues are serious business concerns for companies that maintain large central 100 databases. Hundreds of millions of dollars are wasted annually due to power consumption, inefficient use of space, and climate control systems to prevent overheating. The source of the problem is the increasing energy demand and heat output related to the growth

EnergyFitTM system software tunes CPUs for optimal performance by adjusting speed in correlation with dynamic workload requirements. Los Alamos National Laboratory researchers determined CPU peak voltage was not always necessary for efficient workload function. When minimal CPU volt- age is matched with real-time workload requirements, significant reductions in heat output and electrical cost can be maintained consistently. EnergyFitTM software monitors processing requirements and modifies CPU voltage accord- ingly in real-time to minimize energy expenditure.

EnergyFitTM software can be applied to personal, corporate, and government venues to help mitigate serious data center power consumption problems. The software has been demonstrated to produce reductions in power usage on the order of 15% to 39%, depending on the type and intensity of application load.

Development stage: EnergyFitTM has been successfully reduced to practice and tested. Application-specific requirements are necessary for specific systems.

EnergyFit is based on a suite of algorithms that describes how to select and adapt the optimal CPU speed in real-time. This invention is patent pending.

Patent status: International and U.S. patents are pending.

Licensing status: This technology is exclusively licensed.


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