NEXT GENERATION GREEN DATA CENTRES

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1 I M T E C H J A M E S M O R G A N & F R A N K B R A N D NEXT GENERATION GREEN DATA CENTRES Friday, May 15, 2009

2 PROFILE IMTECH N.V Global provider of technical services in the area of: Electrical engineering Mechanical engineering Information Communication Technology Turnover 3.8 billion euro 24,000 employees 19,500 customers Publicly held at the AEX Measurable value add to our customers by: Total solutions from consultancy and design to build, integration and maintenance.

3 IMTECH UK

4 WHERE WE OPERATE CONTENT- DATA CENTRES Internet information & Software apps APPLICATIONS HD TV, TVoD, VoD, Content Providers Video Source Voice/Video Telephony Gaming, DR, ERP Host applications, Consolidated Servers BUILDINGS NETWORKS Enterprise Clients Research & Education Small/Medium Business SoHo & Residential Triple-Play Mobile data/video

5 IMTECH EXPERTISE BMS Electrical power & UPS Cabling Infrastructure Access & Security control Monitoring & Maintenance Server SAN Dynamic Infrastructure Virtualise & Consolidate Storage Servers Security Modernise & Improve Applications Processes Network Infrastructure Ubiquitous connectivity Security Service Assurance

6 DATA CENTRES - KEY CHALLENGES 1. New Application Software Models 2. Explosion in Infrastructure 3. Consolidating Data Centre 4. Virtualisation 5. More Network 6. Need for Green 7. Increasing Complexity

7 Common Rail Cooling Imtech innovates to the core of your Data Centre: The next generation DC combines "Common Rail Cooling to deliver maximum availability and the lowest possible TCO. May 14th, 2009 F. Brand

8 SHARED OBJECTIVES Minimising TCO Use of scalable designs Energy optimisation CO2 reduction Faster realisation of data centres Upgrade of data centres with minimal downtime Flexible in availability-factor: mixing Tier 1-4 Green IT design Meeting the EU-code of conduct on Data centres

9 DESIGN PRINCIPLES Data rooms with regulated access per aisle Air handling plenum Utilities

10 SUSTAINABLE IS CHEAPER? Why? Energy is one of the major cost drivers in data centres Power availability is a key factor in locating DC s Optimisation of energy consumption drives down your TCO Current DC s perform mostly at 1,8 to 2,2 EnergyUsageEffiency (EUE) factor How? Designing Green DC s without rising CAPEX Energy overhead (EUE) factor far better (1,2) than the new EU code of conduct (1,3) Saving for a medium sized DC (10 MW) are ca. 3,5 Mio Euro s per year compared with current avarage!!! This solutions needs 4 Mw Power less and is therefore more flexible and cheaper to locate

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13 DESIGN Goals: Managed services Optimizing E,M,ICT, Security combination EUE possible < 1.2 Strategy: Flexibility, modular design with off-the-shelf major components Back-up systems, major components power and cooling outside cooled zone Sectioning walls for flexible spatial optimalisation Outside or roof mounted heat exchangers N + 1 redundancy Secure logistics through seperation of disciplines E,M,ICT and customers, reducing security costs

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15 Example Data Center Server ports 3,800 x 10/100/1000 Overview Architecture CORE: 2 Catalyst 6509E, SUP720 with total of 80 WS-X6148A-45AF 48 ports each plus Firewall Blade ACCESS: 17 Catalyst 6509E, SUP32 with total of 4 WS-X6708A-10G Xenpak ports 6509E-SUP32 Traditional 6509E- SUP E-SUP E- SUP720 Juniper CORE 20 EX ports plus 2 ISG 2000s ACCESS 79 EX ports plus 1 EX port Capital Expenditure Equipment $ 2,213,895 $ 1,611,930 28% Saving Environmental Power 203,171 kwh 168,358 kwh 17% Saving Space 399 RU 107 RU 73% Saving Annualised Costs $ 164,635 $ 63,180 62% Saving Operational Annual Maintenance $72,581 $ 51,889 28% Saving

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17 COME AND SEE US ON OUR STAND NO.1 FREE wireless energy monitor for first 20 registrations