Datacenter event - pitch - atrium data - thierry duflos - 15-09-14

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On September 15th, Green IT Amsterdam and Paris Region Entreprises invited you to join them in Paris and get some insight into European knowledge and expertise on datacenters, especially on the sustainability issues.
WE learned more about the PEDCA project and How to reorganize computer rooms and data centers in an energy efficient way !

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Datacenter event - pitch - atrium data - thierry duflos - 15-09-14

  1. 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. 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. 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. 4. ACHIEVEMENTS TO DATE Where we are
  5. 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. 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. 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. 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. 9. 30/09/2014 9

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