Facilities to Meet the IT Need

2. Facilities to Meet the IT Need

3. 40 years in construction business this September HVAC – Building Services – Facilities Technology Director of Tuckers Consultancy Ltd - London Consulting Engineers BICSi Registered Communications Distribution Designer DC Professional Data Centre Specialist Accredited Trainer for DC Professional: Data Centre Design Awareness Energy Efficiency Best Practice Data Centre Advanced Cooling Data Centre Advanced Powe Created TCL Data (www.tcldata.net) to offer IT Infrastructure Consultancy world-wide Barry Shambrook RCDD, DCS

4. Quality Capacity Resilience Efficiency Cost Capex Opex Time When is (was?) it needed What is the business need?

5. Cloud efficiency Is Cloud an option? Source: Cloud Computing and Sustainability, The Environmental Benefits of Moving to the Cloud Accenture and WSP

6. Make the best of existing - Virtualise, increase utilisation Dell PowerEdge R815 power against load Source: SpecPower_ssj2008

7. Low efficiency IT

8. High efficiency IT

9. Servers Storage Network Today > future How much space? Consider space efficient options

10. Undersize or oversize?

11. Allow for support areas Goods Entrance Main Entrance

12. Where do we put it?

13. Risk of wrong location

14. Other risks relevant to Turkey

15. Factors affecting location

16. Synchronous or Asynchronous? Back-up required?

17. BICSi 002 assessment How much resilience is needed?

18. BICSi 002 Resilience Classes

19. Class 1 power and cooling Power Cooling Mains Generator Change Over UPS (N) Heat Rejection (N) Room Units Equipment

20. Class 2 power and cooling Power Cooling Mains Generator (N+1) Change Over UPS (N+1) Heat Rejection (N+1) Equipment Room Units (N+1)

21. Class 3 power and cooling Power Cooling Mains Generator Mains Generator Change Over Change Over UPS (N+N) UPS Heat Rejection Heat Rejection (N+N) Room Units Equipment Room Units (N+N)

22. Class 4 power and cooling Power Cooling Mains Generator Mains Generator Change Over Change Over UPS (N+1) (N+N) UPS (N+1) Heat Rejection (N+1) Heat Rejection (N+1) (N+N) Room Units (N+1) Equipment Room Units (N+1) (N+N)

23. But resilience has a cost Calculated annual costs and emissions for typical 600kW high efficiency data centre

24. IT utilisation and efficiency Resilience Power conversions Heat rejection (cooling) Fundamentals of data centre efficiency

25. It all starts with the hardware

26. SSD efficiency Source: “Environmental Leadership in Storage Solutions” STEC Inc

27. Switch ports cost Capex, Opex and performance

28. Power conversions decrease efficiency

29. Temperature ONTO equipment >25˚C No humidity control Fan speed control Preferably air side economisation with adiabatic (outside air up to 35˚C, water supply, lots of space for louvres) If not water side economisation Heat rejection is second main user of energy

30. NEBS Environment Air temperature: Blade server on: 5°C to 40°C (41°F to 104°F). Altitude: -60 m to 1800 m (-197 ftto 6000 ft) Blade server on: 5°C to 30°C (41°F to 86°F). Altitude: 1800 m to 4000 m (6000 ft to 13000 ft) Humidity: 8% to 85% IBM blade server specification

31. Fan speed control is major energy saver

32. Direct air side economisation option - Facebook

33. Indirect air side economisation

34. Water side economisation

35. Is this needed?

36. Gas fire suppression – needed?

37. Reliable protection

38. Raised floor – needed?

39. Green badge – needed?

40. You cant control what you don’t measure

41. How long will it take?

42. Test on completion!

43. Any questions?