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European Code of Conductfor Data Centre
Presentation of the Awards 2016
Paolo Bertoldi
European Commission
DG JRC
Institute for Energy and Transport
The Code of Conduct for Data CentreResults
• European Programme to improve energy efficiency in data centre
• Started in 2008
• 119 Companies registered as Participants
• 291 Data centres approved as Participant
• 243 Endorsers
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The winners of the Data Centre Code of Conduct 20133
5 Winners
- Data Centre Participants: 4 winners
- Corporate Winner: 1 Winner
And thewinners
are…
5
Winners of the Award 2016
Data Centre Participants
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b<>com Institute of Research & Technology in Rennes/France
• On-site single step 20kV to 400V conversion. 200kVA datacenter capacity. Modular UPS.
• Underground concrete structure of the DC used as a natural heat drain.
• In-raw CRACs system. No plenum, no raised floor. Power, fiber, chilling pipes run from the ceiling.
• Raised cold aisle temperature set point : 25°C
• 10..14°C chilled water, variable speed fans & water pumps.
• High efficiency Heat recovery from chilled water return path provides heating of the labs facility.
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• Cold Aisle Containment with automatic closing
doors
• Cost effective Corex (fire resistant) blanking
panels – provided free of charge to all customers
• Comprehensive control strategy for cooling
system using sensor average temperatures and
supply & return temperatures on cooling system
to alter fan and pump speeds on indoor and
outdoor equipment to optimise free cooling
• Replacement of external cooling plant for energy
efficiency
• Migration of UPS batteries to separate enclosures
to increase operating temperature of UPS and
electrical switchgear
Six Degrees Group Energy Efficient Solutions, Birmingham (UK)
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FCO Services Milton Keynes DC, UK• The system was designed to support an average 1.1 PUE
performance. During winter mode the solution should perform to
incredible PUE figures of 1.06.
• Modular, scalable power and cooling architecture that allows
deployment as needed. This is the crucial element for improving data
centre efficiency.
• The implementation of modern energy efficient cooling technologies
reduces our operational energy overhead and will have a surprising
contribution to data centre energy savings.
• The bespoke dual 12mL x 3.5mW x 3.5mH modular pods combined
with a “link” corridor is designed supported 22 equipment racks with
1.2m front and 875mm rear rack clearance. Once inside the solutions
looks and feels like a conventional bricks and mortar design.
• The solution was designed to support “pay as you grow” capability.
This was fulfilled through the deployment of modular and scalable
UPS and cooling technology delivering incremental growth.
• We have maximised the use of space in order to reduce the modular
data centre footprint.
• Use of free air evaporative cooling for the data centre reduces power
consumption.
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Resilience Centre Luxembourg South (KAYL): Key design criteria
• ISO 14001 and ISO 50001
• 100% of electricity certified from renewable sources
(hydroelectric power plants)
• Solar panels with photovoltaic cells
• Reuse energy with heat pumps for offices (2.000 m²) within
the Datacentre
• Reuse energy with heat pumps for offices (3.000m²) for
another adjacent building
• Serial Free Chilling with hybrid cooling towers
• Rainwater recycling system (300 m³ rainwater tanks) for
hybrid cooling towers
• High technology for chillers (COP 12 at partial load) with
magnetic bearings compressor
• Cold Aisle Containment
• Frequency converter drives for fans, CRAH and pumps
• PUE real time monitoring
• Modular and scalable capacity components
• Power on demand
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Winner of the Award 2016
Category Corporate Participant
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Energy efficiency solutions in Atman DC• Online efficiency monitoring using SCADA
• Atman has developed its own environmental parameters monitoring using SCADA. Instant information and alerts
from SCADA enable Atman’s personnel to react immediately and fine-tune electrical and mechanical devices in order
to maximize energy efficiency.
• Free cooling (direct and indirect)
• Atman is taking advantage of direct free cooling solutions in their DC facilities where flexible approach to
environmental conditions is allowed.
• In data-rooms which require strict humidity and temperature control Atman uses precision free cooling systems.
• Set points recommended by ASHRAE classes A1-A4: 18 - 27 ºC
• In Atman we encourage our customers to allow flexible set points which guarantee low PUE.
• Sealed racks and isles
• Atman’s staff regularly monitors data-rooms against proper and optimal use of cooling. Hot-spots, empty rack-slots,
reverse fans, etc. are subject to immediate corrections. This activity is backed by appropriate provisions in contracts.
• Vendors – endorsers
• When possible, Atman selects their vendors from registered Code of Conduct Data Centre endorsers (Schneider
Electric, Emerson Network Power, Stulz, Socomec, and others).
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Atman data centre: F3
Raised floor area: 1300 m2 net
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Atman data centre: F4
Raised floor area: 1000 m2 net
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Atman data centre: F5
Raised floor area: 1400 m2 net
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Atman data centre: Warsaw 2 (formerly Thinx)
Raised floor area: 2100 m2 net
Thank you for your attention
Paolo.Bertoldi@ec.europa.eu
http://iet.jrc.ec.europa.eu/energyefficiency/ict-codes-conduct/data-centres-energy-efficiency/
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