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ENERGETIC

ENERGETIC

Energy-efficiency management system for data centers

Completed

Project type

FUI 9

Project holder

ATOS BDS

Partners

Schneider Electric Industries, Université Grenoble Alpes

Non-members Partners

UXP, G2Elab - Grenoble Génie Electrique

Challenges

As a green IT project, EnergeTIC aims to shrink the environmental footprint of IT equipment throughout the entire product life cycle. More specifically, the project will focus on reducing data centers' power consumption. These server clusters currently account for 1.3% of global electricity use (~200 TWh) and, indirectly, 2% of global CO2 emissions. Most of this electricity is dissipated and lost on its way to server CPUs; only an estimated 5% of the power supplied to data centers actually goes to create value. As a result, there are major efficiency gains to be had on data center equipment, including hardware, power inverters, and cooling systems.

Objectives

EnergeTIC will develop a functional prototype of a data center management system that optimizes power consumption by matching the amount of power supplied to IT equipment and cooling systems with the needs of the software being run. The project will seamlessly merge together systems from two very different fields: computer engineering and servers; and secure power and cooling systems. This type of system integration is revolutionary and will require project engineers to establish a set of common concepts. They will also need to come up with new technology to optimize overall power consumption, incorporate reactive, predictive, and preventative measures, and account for service-level agreement requirements.

Projet infos page d'un projet

Budget

6,713 K€

Duration

30 month

Human resources allocated

51 men/year