Atrium Data provides solutions to improve datacenter performances and efficiency. Their main activities include consulting, audits, and research & development programs focused on increasing energy efficiency and reliability while reducing costs. They have achieved PUE levels below 1.1, developed solutions for high density computing, and seen cost reductions of 20% on investments and operating costs for customers.

1. IMPROVING DATACENTERS
PERFORMANCES
ATRIUM DATA’S SOLUTIONS
www.atriumdata.com
54 Avenue Hoche - 75008 Paris
Contact
Thierry DUFLOS
Cel : +33 6 50 37 98 46
thierry.duflos@atriumdata.com

2. Main activities :
 Consulting :  Audits :
Datacenter Strategy,  Technical survey
Business Models,  Continuity of Service
Business plan, and Audits  Risk Analysis
Contract assistance  Energy efficiency
… - …
 R&D programs :
Datacenter performances,
Energy Efficiency,
Costs saving
30/09/2014

3. 30/09/2014
3
Research & Development Programs
 Existing Datacenters’ Energy Efficiency & Reliability improvement,
 New Datacenters’ Performances, Energy Efficiency and Reliability improvement
Audits
Consulting missions
Own experience
Assessments
Customer’s
expectations
Goals
R&D
Programs
1 2 3 4
5
Solutions
Our approach
YESTERDAY TODAY

4. ACHIEVEMENTS TO DATE
Where we are

5. Performances we are able to propose
30/09/2014 5
 PUE below 1.1,
Calculated using meteorological data from 2003,
 PUE Effective day one
PUE is totally independent of the datacenter load,
 Very High Density
Up to 30/35 kW IT per rack (12 kW IT / sqm),
 Building design to meet maximum Air flow cooling capacity,

6. Performances we are able to propose
 Multi Tiering Architecture for power distribution,
Tiering level can be different rack per rack accordingly to real needs?
 Solution independent from technology and/or manufacturers,
30/09/2014 6
 Significant costs reduction,
Investments by 20 % (Based on our first tender won)
Running cost (Due to PUE performance and characteristic – effective day one)

7. Achievement to date
Two Patents with international coverage
30/09/2014 7
 With others ongoing R&D programs
Industrial partnership agreement
 To be able to propose key turn contract to main organizations
 To accelerate our development in France
 To develop International,
Our First project had been elected to “ Investissements d’Avenir”
 French government program for IT innovation
 First contract signed
 Signed in June for 400 m² Datacenter with performance commitment on PUE

8. Our program elected to “Investissements d’Avenir”
GE GE GE
800 kVA 800 kVA
(maximum 970 kW soit 1210 KVA)
Phase II
Phase II
120 kW 120 kW
34 départs 32 A triphasés non équipés 34 départs 32 A triphasés non équipés
Charge IT 64 kW
PhaseII
PhaseII
Charge IT 64 kW
Option
PhaseII
TGHQ-A1N1 Tier III
TGHQ Tier IV A1S
160 kW Utiles
INV
TD-servitudes
- DI –
- Intrusion -
- Eclairage -
- Détection eau -
(dont UPS éclairage secours – 6
kW)
12 départs 32 A mono (4 kW / Pt)
480 kW (S)
6 départs 32 A mono (4 kW / Pt)
TGHQ-A1S1
TR A1 N
(1250 kVA)
(maximum 970 kW soit 1210 KVA)
TGBT A1N TGBT A1S
480 kW
TDHQ A1-N1-1
TDHQ A1-N1-2
Telco B
Voie A2
TDHQ A1-N1-3
TDHQ A1-S1-1
TDHQ A1-S1-2
TDHQ A1-S1-3
TDHQ A1-S1-4
TGHQ-Tier IV A1N
160 kW Utiles
TR A1S
(1250 kVA)
UPS 3 x160 kW
TD Tier III A1N (A) TD Tier III A1S (A)
120 kW 120 kW
Charge IT 120 kW
(Tier III) (Tier III)
(Tier III) (Tier III)
(Tier III+) Charge IT 120 kW
(Tier III+)
(Tier IV) (Tier IV)
Charge IT 120 kW
Charge IT 120 KW
Telco A
Voie A1
Telco B
Voie A1
Telco A
Voie B1
Telco B
Voie B1
Charge IT 120 kW Charge IT 120 kW
60 kW 60 kW
60 kW 60 kW
60 kW 60 kW
24 départs 32 A TETRA non équipés
TD A1N - Tier IV
6 départs 32 A mono (4 kW / Pt)
UPS
160 kW
UPS
160 kW
INV
Local Pompes
- Pompes -
Adoucisseur d’eau
Eclairage
Divers climatisation
Local technique
Galerie Voie A
Local technique
Galerie Voie B
GF DAIKIN N° 01
EWAD510DXR
GF DAIKIN N° 02
EWAD510DXR
Charge IT 120 kW
Phase II
120 kW
120 kW
120 kW
120 kW
20 kW
20 kW
20 kW
20 kW
120 kW
120 kW
120 kW
120 kW
120 kW
120 kW 120 kW
Armoire de couplage Tier III GE
800 kVA
TD Tier III A1N (B) TD Tier III A1S (B)
120 kW
120 kW
12 départs 32 A mono (4 kW / Pt)
Telco A
Voie A2
Telco B
Voie B2
Telco B
Voie B2
44 kW
44 kW
44 kW
44 kW
Phase II
Phase II
Phase II
24 départs 32 A TETRA non équipés
24 départs 32 A TETRA non équipés
24 départs 32 A TETRA non équipés
24 départs 32 A TETRA non équipés
24 départs 32 A TETRA non équipés
24 départs 32 A TETRA non équipés
24 départs 32 A TETRA non équipés
34 départs 32 A triphasés non équipés
160 kW 160 kW
24 départs 32 A TETRA non équipés 24 départs 32 A TETRA non équipés
800 kVA
Phase II
PhaseII
CDS CDS
CDS CDS
TGA2-N TGA1-N
TGHQ A2-N1 TGHQ A1-N1
TGHQ A1S Tier IV
Armoire de couplage
(Tier III)
TGHQ A2N Tier IV
TR
A2
N
TR
A1
N
TR
A1
S
TR
A2
S
Cpl
UPS
A2N
Batt. A2N
Batt. A2N
Batt A2N
UPS
A2N
UPS
A2N
Batt A2N
UPS
A2N
Cpl
UPS
A1N
UPS
A1N
Batt. A1N
Batt A1N
UPS
A1N
UPS
A1N
Batt. A1N
Batt A1N
TGA1-S TGA2-S
TGHQ A1-S1 TGHQ A2-S1
TGHQ A2S Tier IV
TGHQ A1S Tier IV
Batt. A2S
Cpl Batt A2S
UPS
A2S
UPS
A2S
UPS
A2S
Batt. A2S
Batt A2S
UPS
A2S
UPS
A1S
Batt A1S Cpl
UPS
A1S
Batt. A1S
Batt A1S
UPS
A1S
UPS
A1S
Batt. A1S
UPS
TIER
IV
A1N
Batt A1S
Batt A2S
Batt A1S
UPS
TIER
IV
A2S
UPS
TIER
IV
A1S
UPS
TIER
IV
A2N
Batt A2N
TGBT GE
800 kVA
TD Servitudes
14 14 14 14
6 14 10
10 10
10
12 14 14
12
30/09/2014
8

9. 30/09/2014
9