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SG-CE Series 60-120 kVA PurePulse ® How to compete against.

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Presentation on theme: "SG-CE Series 60-120 kVA PurePulse ® How to compete against."— Presentation transcript:

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2 SG-CE Series kVA PurePulse ® How to compete against

3 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 2 Product portfolio CE Marked, 3x380/400/415V In & Out, 50/60Hz 60–80 kVA 100–120 kVA UPS SG-CE Series 60kVA PurePulse ® 54kW UPS SG-CE Series 80kVA PurePulse ® 72kW UPS SG-CE Series 100kVA PurePulse ® 90kW UPS SG-CE Series 120kVA PurePulse ® 108kW IGBT rectifier Complete SG-CE PurePulse® power range: kVA this year kVA in 2009

4 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 3 Product options Top Cable Entry and EMI filter cabinets Top cable entry cabinet for 60-80kVA Top cable entry cabinet for kVA EMI cabinet for 60-80kVA EMI cabinet for kVA Battery cabinets: same as for current SG-CE PurePulse products Input galvanic isolation: special design, available upon request

5 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 4 COMPETITORS

6 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 5 COMPETITO R W/ TRANSFORMER W/O TRANSFORMER DELPHYS MP kVA kVA 80-NET kVA Galaxy kVA Competitors Power range kVA PW Harmony kVA Master Plus HC kVA Excor Apodys 5-120kVA Master Dialog RT 10-80kVA Hipulse E kVA Liebert NX kVA

7 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 6 COMPETITO R W/ TRANSFORMER Characteristic IGBT rectifier; OPF: pulse technology, it is considered an industrial UPS; OPF: 0.9(?) K3 as option IGBT rectifier as option; OPF: 0.8 Q4 as option IGBT rectifier as option in the MP HC; Probably filters on the MD RT; OPF: 0.8 Q1 as option 12 pulse technology; OPF: 0.8 K3 as option DELPHYS MP Competitors Power range kVA Master Plus HC Excor Apodys Master Dialog RT Hipulse E PW Harmony

8 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 7 COMPETITO R W/O TRANSFORMER Characteristic IGBT rectifier; OPF: 0.8; Ecomode and K6 as option IGBT rectifier; OPF: 0.8; K3 and K6 as option IGBT rectifier; OPF: 0.9lag; very difficult serviceability; Q1,Q2, Q4, K3, K7 as option IGBT rectifier; OPF: 0.9lag; K3 outside UPS NET Competitors Power range kVA Liebert NX Galaxy 5000

9 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 8 UPS DIMENSIONS

10 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 9 COMPETITOR W/ TRANSFORMER 60kVA80kVA100kVA120kVA 650x850x1900mm 542kg 650x850x1900mm 623kg 835x850x1900mm 860kg 835x850x1900mm 860kg 715x825x1900mm 600kg 1015x825x1900mm 905kg 1015x825x1900mm 905kg 1015x825x1900mm 905kg 1600x800x1870mm NA 1600x800x1870mm NA 1600x800x1870mm NA 1600x1000x1870mm NA 1000x800x1930mm 650kg 1000x800x1930mm 650kg 1000x800x1930mm 820kg 1000x800x1930mm 820kg 1200x800x1900mm 640kg** 1200x800x1900mm 650kg** 1070x740x1400mm 630kg* 1070x740x1400mm 730kg* 1250x850x1900mm 1400kg Delphys MP PW Harmony Competitors Power range kVA Master Plus HC Excor Master Dialog RT Hipulse E SG-CE PurePulse® *external cabinet (270mm; 180kg) **weight of 6 pulse version (not known the weigth with IGBT rectifier)

11 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 10 COMPETITOR GE PurePulse® vs TRAFOLESS 60kVA80kVA100kVA120kVA 650x850x1900mm 542kg 650x850x1900mm 623kg 835x850x1900mm 860kg 835x850x1900mm 860kg 710x850x1900mm 400kg 710x850x1900m 520kg 710x850x1900m 520kg 710x850x1900m 520kg 520x805x1879mm 313kg 520x805x1879mm 313kg 944x805x1879mm 430kg 944x805x1879mm 430kg 580x858x1780mm 290kg 580x858x1780mm 290kg 845x858x1780mm 390kg 845x858x1780mm 390kg 600x965x2000mm 585kg 600x965x2000mm 585kg 600x965x2000mm 645kg 600x965x2000mm 645kg Competitors Power range kVA SG-CE PurePulse® NET Liebert NX Galaxy 5000

12 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 11 COMPETITOR W/ TRANSFORMER 60kVA80kVA100kVA120kVA 0.55m2 98kW/m2 0.55m2 131kW/m2 0.71m2 127kW/m2 0.71m2 152kW/m2 0.59m2 81kW/m2 0.84m2 76kW/m2 0.84m2 95kW/m2 0.84m2 114kW/m2 1.28m2 42kW/m2 1.28m2 57kW/m2 1.28m2 70kW/m2 1.6m2 68kW/m2 0.8m2 60kW/m2 0.8m2 80kW/m2 0.8m2 100kW/m2 0.8m2 120kW/m2 0.96m2 83kW/m2 0.96m2 100kW/m2 0.79m2 61kW/m2 0.79m2 81kW/m2 1.06m2 90kW/m2 Delphys MP PW Harmony Competitors Power range kVA Master Plus HC Excor Master Dialog RT Hipulse E SG-CE PurePulse® Real Power/Sqm Analysis

13 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 12 Compact design saving space in installation (best in class compared to transformer based UPS) Easier to handle into installation site (e.g. transportation through floors by lift) Reduced installation time and cost thanks to modular design SG-CE Series layout benefits UPS inclusive of all switches and contactors required by IEC (Q1, Q2, Q4, K3, K6, K7)

14 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 13 OUTPUT PERFORMANCES INPUT PERFORMANCES

15 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 14 When it comes to input performances we dont need to compare to other competitors since Input THDI (lower than 2%) and Input Power Factor (~1) are Best in Class Input Performances

16 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 15 SG-CE Series input performance benefits High input performance means saving: Investment & space Cabling section/size Circuit breaker size Genset size Improved life for nearby equipments

17 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 16 OUTPUT PERFORMANCES

18 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 17 COMPETITOR W/ TRANSFORMER Output Power Factor 0.9 leading 0.8 Delphys MP PW Harmony Competitors Power range kVA Master Plus HC Excor Master Dialog RT Hipulse E SG-CE PurePulse®

19 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 18 COMPETITOR W/O TRANSFORMER Output Power Factor 0.9 leading (n.a. data when load is capacitive) Competitors Power range kVA SG-CE PurePulse® NET Liebert NX Galaxy 5000

20 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 19 SG-CE Series output performance benefits Capability to supply critical loads with high and fast load steps (pulsating loads ) Improved quality of application, reducing stress for supported loads Suitable for actual load applications, such as capacitive loads in new datacenters Superior Output Power Factor capability

21 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 20 COMPARISON WITH TRAFOLESS TECNOLOGY REMEMBER: GEs SG-CE SERIES… One battery string No inrush current (regulated by softstart) Never a risk of DC component at the UPS output Output transformer with capacitors used as low pass filter Output inverter transformer provides highest reliability for large systems application

22 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 21 COMPETITOR OUTPUT POWER FACTOR CASE STUDY

23 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 22 Competitor output PF declaration : Apparently they offer OPF 0.9 leading as GE...

24 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 23 In the diagram, the phrase without derating should be investigated. In fact, there are 2 different criteria to calculate the %load: kVA and kW. For cosPhi between 0.8 Lag and 0.9 Lead, the max kVA deliverable by the UPS must be de-rated: this could not appear at a first sight. Of course if we refer to the 100% kW the UPS isnt de-rated… because this is already a de- rated limit. Note that the horizontal line of 100% kW is 0.8 high: this is a de-rating factor due to the rectifier dimensioning. This de-rating permits the engineer to design a smaller rectifier, or to better comply with thermal requirements, or to save costs

25 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 24 Example : cos Phi 0,7 Cap SG100 kVA can feed 0,97 x 100 = 97 kVA Derating in kVA : 100% - (97/100) = 97% Derating in kW : 100% - ((97x0,7) / (100x0,9)) = 24.5% XXX : 0,89 x 100 kVA = 89 kVA Derating in kVA : 100% - (89/100) = 89% Derating in kW : 100% - ((89x0,7) / (100x0,8)) =22,1% Gain with SG = +9% in kVA...lets start from GE capability XXX GE

26 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 25 The previous slides give a correct highlight of the reality. Please take a minute to see some remarks: With reference to the example of previous slide: The derating of kVA is meaningful and clarifies our gain w.r. to XXX (+9%), because the two percentages are referred to the same value (100kVA) The derating in terms of kW could generate confusion because for SG is greater w.r. to XXX (24.5% vs 22.1%). Therefore it seems that our UPS suffers of a higher derating…This is due to the fact that these percentages are referred to two different values (90kW max for GE and 80kW max for Socomec) I think that it could be useful to emphasize the difference of kW in absolute values: in the example its clear that GE can feed 8kVA more (9%) or ~5kW more than XXX. In general terms, GE can deliver 10kW more in the whole range between Cos Phi 0.9Lag and 0.9Lead.

27 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 26 Thanks to PMAD software algorithm, GE is able to detect the REAL load percentage during its operation. This means that the calculation of the load level takes into account of the load Cos Phi, therefore it protects itself by an overloading due to leading loads. It could be nice to know if also Delphys or the others do the same. If not, we have a differentiator in terms of reliability and safety for the load and for the customer. However, we have the opportunity to present such a good feature directly to the customer. Note: If the load percentage is based on kVA only, a load in the P region (see figure) will not be treated as an overload. The UPS suffers a high risk of serious failures in these conditions. The new SG Series CE UPS calculates the Load Cos Phi. The boundary red line is recognized by the UPS as 100% load. P P

28 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 27 EFFICIENCY

29 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 28 COMPETITOR W/ TRANSFORMER 60kVA80kVA100kVA120kVA 92% 98% 92% 98% 92% 98% 92% 98% 91% 96% 91% 96% 91% 96% 91% 96% 92% NA 92% NA 92% NA 92% NA 94%* 98% 94%* 98% 94%* 98% 94%* 98% 94%* NA 94%* NA 92% NA 92% NA 93.5%* NA Delphys MP PW Harmony Competitors Power range kVA Master Plus HC Excor Master Dialog RT Hipulse E SG-CE PurePulse® * Referring to 6 pulse version, value possibly referring to higher power UPS due to brochure presentation ECO MODE NORMAL MODE

30 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 29 COMPETITOR GE PurePulse® vs TRAFOLESS 60kVA80kVA100kVA120kVA 92% 98% 92% 98% 92% 98% 92% 98% 94%* 97% 94%* 97% 94%* 97% 94%* 97% 94% 93% 98% 94% 98% 94% 98% 94% 98% ???? Competitors Power range kVA SG-CE PurePulse® NET Conceptpowe r Masterys Liebert NX Galaxy 5000 ECO MODE NORMAL MODE * Value possibly referring to higher power UPS due to brochure presentation

31 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 30 Ask whether our competitors are prepared to do the same... 1 We can provide a written declaration supporting efficiency and all the other UPS specifications......measure and brochure from competitor...

32 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 31 Ask whether our competitors are prepared to do the same... 2 We can provide a written declaration supporting efficiency and all the other UPS specifications... GE measured Competitor declaration

33 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 32 OUTPUT PERFORMANCES EMI

34 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 33 All competitors declares compatibility with IEC (it means level C3 - or - restricted sales class) Only very few competitors can provide compatibility with level C2 – or - Class A (e.g. MGE Galaxy 5000) GE SG-CE kVA PurePulse® offers: - Better than level C3 (restricted sales class) guaranteed as default - Level C2 as option (w/ external cabinet) - EMI performances certified by Swisscom Innovation Tech Lab SG-CE Series EMI benefits Who typically need EMI enhanced performaces? Healthcare, TLC firms, Broadcasting, anyone who position UPS in critical environment, with lots of nearby other equipments

35 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 34 SG-CE Series EMI benefits GE enhanced immunity level Competitor standard immunity level

36 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 35 AUDIBLE NOISE

37 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 36 COMPETITOR Audible Noise 63dB dB n.a. 67dB 68dB n.a. DELPHYS MP Competitors Power range kVA Master Plus HC Excor Apodys Master Dialog RT Hipulse E PW Harmony SG-CE PurePulse® W/ TRANSFORMER certified by Swisscom

38 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 37 COMPETITOR Audible Noise 63dB n.a dB 65dB 62-64dB Competitors Power range kVA SG-CE PurePulse® W/O TRANSFORMER certified by Swisscom NET Liebert NX Galaxy 5000

39 SG-CE Series kVA PurePulse® How to compete against HTC_SGS_XCE_60K_M12_1GB_V010.ppt 38


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