TelecityGroup plc. Outstanding data centres. Expertise you can trust.

Transcription

1 TelecityGroup plc Outstanding data centres. Expertise you can trust.

2 ABOUT TELECITYGROUP 2 / About TelecityGroup

3 TelecityGroup is Europe s leading provider of premium carrier-neutral data centres. Helsinki London Dublin Sofia Stockholm Warsaw Paris Amsterdam Istanbul Frankfurt Manchester Milan Data centres strategically located in key cities across Europe 3 / About TelecityGroup

4 TelecityGroup s sites are strategically located within each city LONDON - WEST LONDON - CENTRAL LONDON - DOCKLANDS MANCHESTER DUBLIN PARIS AMSTERDAM MILAN 4 / About TelecityGroup

5 TelecityGroup s sites are strategically located within each city FRANKFURT SOFIA 5 / About TelecityGroup STOCKHOLM HELSINKI ISTANBUL WARSAW

6 Our growth platform Multi-year announced capacity expansion programme 97MW of operational capacity 149MWof total announced capacity, which is being brought on-line in response to customer demand Organic growth strategy Focus on achieving strong returns on incremental capital expenditure Existing connectivity and customer ecosystems leveraged by opening new capacity close to established Acquisition strategy TelecityGroup aims to make acquisitions, either for the purpose of entering new markets or to provide gro capacity in existing markets This enables it to overcome barriers to market entry and shorten the time to market for growth capacity Total customer power (MW) 6 / TelecityGroup

7 Our build programme phased openings LONDON 15MW additional capacity at London Powergate 5MW expansion of Harbour Exchange site AMSTERDAM 9MW additional capacity at AMS 5 FRANKFURT 4MW expansion of Frankfurt 1 & 2 DUBLIN 8MW expansion of Dublin 3 MANCHESTER 2MW additional capacity at Manchester 3 7 / TelecityGroup

8 Our build programme phased openings HELSINKI 6MW expansion across three sites STOCKHOLM 1MW expansion at existing site ISTANBUL 1MW expansion at existing site SOFIA 0.5MW expansion at existing site WARSAW 1.0MW expansion at existing site 8 / TelecityGroup

9 Inner City Data Centres Enhancing Energy Efficiency

10 CANARY WHARF & DOCKLANDS, LONDON 10 / TelecityGroup

11 Canary W harf Development Office & Commercial Telecity DataCentres New & Existing Residential Telecity DataCentres New & Existing Residential 11 / TelecityGroup Office & Commercial

12 Canary Wharf Development Example 1: Harbour Exchange data centre Existing = 5.6 MW Sellable Power Total Site Future Power = 12 MW 12 / TelecityGroup Immediately surrounded by: - Residential developments to the south and east - Office blocks to the north - Dock water to the west - Also has internal office floors

13 Canary Wharf Development Example 2: Glengall Bridge Existing = 1.4 MW Sellable Power Total Site Future Power = 5.8 MW 13 / TelecityGroup - Immediately surrounded by office and residential apartments. - On the bank of the dock.

14 Inner City Data Centres Sustainability of Inner City Data Centres Considers more than PUE Acoustics and Noise Emissions Chemical Use Drinking Water Conservation Effect on W ildlife and Residents Visual Impact and Value of Property Heat Recovery and Energy Conservation. Contribution to district energy schemes 14 / TelecityGroup

15 Defining Free Cooling Extending the hours of operating in free cooling mode greatly reduces a site s energy consumption and in turn the operational costs Direct and Indirect Air Free Cooling Potential cooling within ASHREA A1 Envelope Adiabatic Heat Rejection to Atmosphere Maximising atmospheric wet bulb temperature to allow extended hours free cooling. Ocean Water Cooling Often via local district cooling schemes Geothermal Cooling Systems Aquifer Thermal Energy Store (ATES) River or Canal Water Cooling Using a body of water to reject data centre heat 15 / TelecityGroup *Map from the Green Grid Cold Aisle supply temperature = Dry bulb 27 ºC Dew Point 15 ºC

16 DOCK WATER COOLING 16 / TelecityGroup

17 Dock Water Suitability Investigate water temperature and quality at positions/depths in the Dock Investigate factors that influence the dock temperature and heat rejection ability Determine the effect of the Data Centre on the Dock Water is this Sustainable? 17 / TelecityGroup

18 Dock Water Suitability The depth of water intake needs to be a compromise between higher performance and water quality risks Salinity starts to increase below 6m (increased risk of corrosion) Water quality at depths below 6m will decrease due to suspended solids (lower heat transfer efficiency) However, the deeper the water intake, the cooler the temperature (more hours free cooling) Averaged Readings: 29th May / TelecityGroup

19 Dock Water Annual Temperature The current water temperature profile shows the dock temperature below 17 ºC for more than 75% of the year. This can be used to provide all the required cooling to the data centre (full free cooling ) Partial free cooling can be realised up to 22 ºC dock water, which covers the remainder of the year, subject to a maximum discharge temperature (compressor cooling at part load) Dock temperature influenced by solar radiation (days longest solar days) rather than just ambient air temperature 19 / TelecityGroup

20 Dock Water Annual Temperature Cumulative Annual Temperature Distribution Free Cooling 20 / TelecityGroup Partial Free Cooling Full Mechanical Cooling

21 Surface Temperature Study Heat is rejected into the dock and then dissipated at the surface to atmosphere Contribution of additional future Telecity sites also included to assess impact Wind intensity, solar radiation and the level of shading included in the thermal model. Results with 10MW Total heat input 21 / TelecityGroup

22 Temperature Effect on Dock Volume Environmental Quality Standards (EQS) allow an average temperature increase in the dock water body of 3.5 ºC Even with 18 MW discharged into the dock, the average temperature increase would be below 3.0 ºC At present, the Environment Agency have committed to allow up to 15MW discharge into this body of dock water 22 / TelecityGroup

23 Temperature Effect on Dock Volume The use of the dock as a long term model - To assess sustainability of DWC across the life of the data centre - Assessing total discharge heat over time - Future climate change and environmental impacts on dock water temperature 23 / TelecityGroup

24 Discharge Plume Study The diagram shows the affect on the dispersion of discharge water temperature at a discharge angle of 30. EQS permits a maximum allowable discharge temperature of 27 ºC Increases heat dissipation into the body of water and causes a lower surface temperature, Introduces a heating effect at the intake Creates a larger thermal curtain across the dock Relative Temperature 24 / TelecityGroup

25 Discharge Plume Study Avoids the potential for discharge / intake mixing This model ensures the plume velocity does not create a warm water curtain that may prevent fish / organisms migrating throughout the dock Relative Temperature 25 / TelecityGroup

26 Actual Dock Water Cooling Scheme Telecity Sites at the side of Millwall Inner Dock:DC1: Glengall Bridge Future IT Capacity 4.4 MW DC2: Harbour Exchange 8-9 Future IT Capacity 4.4 MW Energy Cost Comparison: Air Cooled Chiller scheme To Air Cooled Chiller scheme with Dock Water Cooling (DW C) 26 / TelecityGroup

27 Dock Water Cooling Scheme The intake is at a depth of 6m and discharge is at 3m to avoid warmer water mixing (maximises free cooling) The dock water system is separated from the data centre cooling water by plate heat exchangers The intake has a self cleaning screen to prevent large debris from entering the system and to keep the filters clear 27 / TelecityGroup

28 Self-Cleaning Intake Screen Intake screen designed to protect dock circuit (pumps, heat exchangers etc) from becoming clogged by debris and foreign materials The screen is kept clean by the continuously rotating jets (using pump pressure through the return line), that sweeps away the debris from the screen 28 / TelecityGroup

29 PUE Comparison With the reduction in electrical consumption between these systems = Reduced annualised PUE DW C Scheme Annualised PUE < 1.21 compared to Air Cooled Chiller Annualised PUE >1.45 Reduced carbon footprint and significant savings can be realised by the data centre and their customers 29 / TelecityGroup

30 Total Cost Comparison To use the dock water, abstraction fees per volume are paid to the Canal & River Trust. To help maintain and improve British waterways and associated environment When the dock water usage and license costs are included in the analysis, the saving is more than 350,000 pe 30 / TelecityGroup

31 Meeting our responsibilities: energy and the environment We believe we have set the standard for environmental best practice in the data centre. Organisations choosing TelecityGroup demonstrate they are selecting an operator which puts energy efficiency and environmental management at the core of its business Standards: EU Code of Conduct for data centres (Corporate status): a commitment to audited, best-practice energy efficiency build and operation ISO international standard for environmental management systems Carbon Trust Standard: recognises our commitment to reduce our impact on climate change by cutting carbon emissions Member of The Green Grid Recognition: we have won numerous awards for our data centres, our people and our policies including environmental standards. Here are just a few recent awards: Winner of Energy Efficiency category at National ewell-being Awards in 2010 Data centre Dynamics Leaders Award 2010 for Improved Data Centre Energy Efficiency Winner: Colocation Provider of the Year at International Data Centre & Cloud Awards 2013 Included in the FTSE4Good index 31 / Environmental

32 Setting the standard Standards Our data centres are certified to the following international standards: ISO Information security management ISO Quality management systems ISO Environmental management systems ISO Energy management system (UK and France) OHSAS Occupational health and safety management BS Business continuity management TelecityGroup has Payment Card Industry Data Security Standard (PCI DSS) accreditation Engaging with the industry Protecting consumers - we are members of the Internet Watch Foundation (IWF) Protecting copyright holders - we are a member of the Federation against Copyright and Theft (FACT) CPNI audited - The quality of our infrastructure is also critical, and we are audited by the Centre for the Protection of Critical National Infrastructure (CPNI). Euro-IX - We are patron of the European Internet Exchange Association (Euro-IX). 32 / Operational Excellence

33 Outstanding data centres. Expertise you can trust. Europe s leading provider of premium carrier-neutral data centres.