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PowerWave 33 Master your energy challenge

PowerWave 33 Master your energy challenge. PowerWave 33. Contents. Energy-DC foreword & trends The range The performances Options. The electrical energy trend. Demand. Quality. Availability. Dependency. Cost. The electricity cost and trend.

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PowerWave 33 Master your energy challenge

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  1. PowerWave 33 Master your energy challenge

  2. PowerWave 33 Contents • Energy-DC foreword & trends • The range • The performances • Options

  3. The electrical energy trend Demand Quality Availability Dependency Cost

  4. The electricity cost and trend Electricity prices for consumers in  Europe, 1 January 2007

  5. The Data Center power density trend

  6. Environmental effects of Data Centers Source: Gartner Data Center energy consuption is more than doubled from 2000 up 2006, and will double again in the next 5 years (Source: EnergyStar)

  7. The human’s consciousness Typical headlines “5 Nines promises green datacenter” “IBM opens its greenest datacenter” “7 steps to a green Data Center” “Greening up is about more than just energy”

  8. The analysts

  9. Clear rules for a realistic and reliable calculation are on progress. The efficiency values in Data Centers Board members

  10. The efficiency values in Data Centers PUE: 1.3 - 3 value range Today’s USA average = 2.3Target = 1.5 DCE: 77% - 33% value range Today’s USA average=43.5%Target = 66.6%

  11. The UPS in Data Centers Source: The Green Grid's Source: PennWell

  12. The UPS in Data Centers IT equipment 50% Cooling 25% Air movement 12% Electricity transformer/UPS 10% Lighting, etc. 3% Source: Lawrence Berkeley National Laboratory Source: SUN

  13. The Managers consciousness Source: Infostor LEED CERTIFICATION (Leadership in Energy and Environmental Design)

  14. Industry collaboration and recognition

  15. The main sales argument of PW33 PowerWave 33 Master your energy challenge

  16. 120-160-200 kVA 250-300 kVA 60-80-100 kVA with Battery Enclosure B 60-80-100 kVA with Battery Enclosure A 60-80-100 kVA The Range Technology: On-Line, transformer less Power range:60-80-100-120-160-200-250-300kVA (3/3) Rated at PF = 0.9 leading

  17. PowerWave 33 The performances • Design • Compactness • IT oriented environment (power and ventilation) • Battery enclosures • Input PFC • Input THDI • Efficiency

  18. The design of PowerWave 33 Mix & Match IT design

  19. The design of PowerWave 33 Mix & Match Data Centre & technical room environment

  20. The compactness of PowerWave 33 60-80-100 kVA 550 x 1820 x 750 mm From 230 to 245kg FEATURES Compact size Low weight 60-80-100 kVA with BAT-ENC A 970 x 1820 x 750 mm From 250 to 285 kg (w/o batt.) Front access only 60-80-100 kVA with BAT-ENC B 1180 x 1820 x 750 mm From 270 to 305 kg (w/o batt.) BENEFITS 120-160-200 kVA 850 x 1820 x 750 mm From 280 to 310 kg Space costs savings Less transportation costs No need for special floor basement 250-300 kVA 1100 x 1920 x 750 mm From 390 to 410 kg No rear access needed

  21. The compactness of PowerWave 33 Chloride 80-NET Top: from 0.47 to 0.7 sqm Powerware 9390 : from 0.42 to 0.76 sqm GE LanPro: from 0.43 to 0.52 sqm GE SG Series: from 0.64 to 0.96 sqm Liebert NXa: from 0.49 to 0.57 MGE Galaxy 5000: 0.60 sqm Socomec Delphys MP: 0.8 sqm 0.41 sqm 60-100kVA Chloride 80-NET Top: from 0.7 to 1.07 sqm Powerware 9390 : 0.76 sqm GE LanPro: 0.52 sqm (120kVA only) GE SG Series: from 0.96 to 1.15 sqm Liebert Hi pulse U: from 1.09 to 1.4 sqm MGE Galaxy 6000: 1.36 sqm Socomec Delphys MP: 0.8 sqm 0.64 sqm 120-200kVA

  22. The compactness of PowerWave 33 Chloride 90-NET : 1.34 sqm Powerware 9335 : 1.19 sqm GE SG Series: 1.275 sqm Liebert Hi pulse E: 1.39 sqm (6 pulse) 1.94 sqm (12 pulse) MGE Galaxy 7000: 1.2 sqm Socomec Delphys MX: 1.52 sqm 0.825 sqm 250-300kVA

  23. The ventilation of PowerWave 33

  24. The ventilation of PowerWave 33 In line with the DC’s ventilation requirements

  25. The Battery and Battery Enclosures of PowerWave 33 Allowable battery blocks 60-160kVA: from 40 to 50 batt. blocks 200kVA: 50 batt. Blocks 250-300kVA: from 40 to 50 batt. blocks 60-100kVA: 25A battery charger 120-200kVA: 50A battery charger 250-300kVA: 60A battery charger 40 block in each battery side column Battery chargers Battery Encl. AUp to 80 battery blocks Battery Encl. B Up to 120 battery blocks

  26. Electrical performance FEATURES AC/AC Best in class efficiency:up to 95.5% in on-line mode @ 100% load Up to 99% in eco-mode BENEFITS Energy bill savingsAir conditioning cost savings Reduced TCO

  27. Difference in efficiency 2% 3% 4% Load (kW) 5 years 10 years 5 years 10 years 5 years 10 years 100 13’734 27’469 20’825 41’649 28’069 56’139 500 68’673 137’346 104’123 208’247 140’348 280’696 1000 137’346 274’693 208’247 416’493 280’697 561’394 COST SAVINGS (Euros) • kWh cost = 0.10 Euro • Cooling factor = 0.4 The efficiency of PowerWave 33 Do not look only at the initial costs but consider the operating ones for ROI calculation

  28. Electrical performance FEATURES Wide input voltage range: 300-460V @ 100 % load (-25%/+15%) 280-460V @ 80% load (-30%/+15%) 240-460V @ <60 % load (-40%/+15%) Wide input frequency range: 35–70 Hz Input BENEFITS Less need for battery operationIncrease of battery expectance life

  29. Electrical performance FEATURES Improved input PFC:>0.99 @ 100% load Rectifier Low input THDI:<3.5% @ 100% load BENEFITS Smaller cables and fuse sizeNo phase compensation device required No malfuntion and false trippingNo extra heating losses in transformersNo gen-set oversized Longer plant life Less energy costs

  30. Electrical performance FEATURES Flexible battery management blocks:60-160 kVA => from 40 to 50 blocks200 kVA => 50 blocks250-300 kVA => 40 to 50 blocks Battery Ripple free through battery charger No battery operation during load jumpBattery temp. compensation (option) BENEFITS Flexibility for autonomy rating Increase of battery life expectancy

  31. Inverter Electrical performance FEATURES Voltage tolerance:THDU < 2% with linear loadTHDU < 3% with non-linear loadVoltage regulation:Static +/-1%, Dynamic +/-4% Rated at power factor 0.9 leading Constant active power (KW):from 0.9 leading up to 0.9 lagging BENEFITS Excellent voltage quality/stability Compatible with all loads (blade servers)without de-rating 11% more active power ≥ 44 batt. blocks

  32. Master your power ≥ 44 batt. blocksup to 11% more active power towards UPS rated at 0.9 up to 25% more active power towards UPS rated at 0.8

  33. Boost your power when using 40 battery blocks * Only with 50 battery blocks

  34. Boost your power when using ≥44 battery blocks * Only with 50 battery blocks

  35. Parallel configuration using Static Transfer Switch STS Load Parallelability (optional) • Up to 10 UPS in DPA parallel configuration • Parallel Kit factory mounted only • Synchronisation Kit (only if equipped with parallel kit and only factory mounted)

  36. Customer interfaces (standard) RS232 on USB port (UPS Protocol) RS232 on D-Sub 9P port (UPS Protocol) 1 x RS485 on RJ45 port (remote panel)1 x RS485 on RJ45 port (Multidrop) 1 x SNMP Slot 1 x NWWatch slot

  37. Options • Available and structured options • Back feed protection K4 • Parallel kit (one additional PCB + one parallel adapter) • Parallel cables with different lenghts • Synchronization kit (available only with parallel kit) • Connectivity options (SNMP, etc.) • On request • I/O transformers

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