1. SYSTEM Description
For critical application, continuity of service is essential. Migration, decentralisation, of IT equipment experiences daily change through new technologies needs a UPS concept that is a modular design based.
CE+T modular UPS concept is innovative and the foundation of high power protection availability of critical infrastructure for data-centre, process control, financial organisation.
CE+T AGIL is a rack modular design which offer 3 types of frames that addresses output power from 20 kVA up to 640 kVA.
The key features of CE+T AGIL UPS:
-
Unity power factor at AC input reducing AC input THD to 0
-
High efficiency 97% in both DC & AC operation mode
-
Scalability to add power as you growth
-
Extremely high power density
-
No need of high qualified maintenance
The Key features of CE+T modular UPS are:
-
Maximum efficiency at low load. 95% at 30% load
-
No single point of failure due to modular concept. No need of external static switch
-
Smooth transfer from AC to Battery without moving part (relay) or switches
-
No transfer time from AC to DC.
-
Unity power factor correction
-
10xIn during 20 mS following condition. Optional triac board must present, AC In must present, and Agil not use as AC/AC converter.
-
High short circuit capability to guarantee total selectivity in AC distribution
-
AC to AC converter (single phase to three phases, three phase to single phases, 50Hz to 60Hz, 60Hz to 50Hz.
We focus our development on complete solution offered which includes
-
Frame to receive module and battery when possible.
-
Battery extension frame or shelve for expanded autonomy
-
Local and remote monitoring solution.
2. Technical Characteristics UPS 20 to 640 kVA
2.1 Mechanical for frames and modules
|
Model
|
Frame 20-60 kVA
|
Frame 40 to 160 kVA single
|
Frame 40 to 160 kVA expandable up to 4 bays in parallel
|
|
|
|
|
|
|
Standard Config.
|
20 kVA expandable to 60 kVA
|
40 kVA expandable to 160 kVA
External Battery
|
40 kVA expandable to 640 kVA (maximum 4 frames in parallel).
|
|
Nominal Power Max.
|
60 kVA
|
160 kVA
|
640 kVA
|
|
Dimension
|
600x800x2100 mm
|
600x800x2100 mm
|
600x800x2100 mm
|
|
Battery capacity
|
10 min to 20 min to be calculated
|
Not included
|
Not included
|
|
Color
|
RAL 7035
|
RAL 7035
|
RAL 7035
|
2.2 TSI MODULE AGIL 20 kVA
|
Model
|
TSI AGIL
|
|
Nominal Output Power
|
20 kVA / 14 kW
|
|
Nominal input voltage
|
230VAC +/-15%
3x400V+N +/- 15%
|
|
Input Power factor
|
1
|
|
Nominal output voltage
|
230VAC
3x400V+N
|
|
Dimensions (mm)
|
483 x 133.4 x 600 (W x H x D)
|
|
Weight
|
Approximately 24 kg
|
|
Operating T°
|
-10 to +40 °C
|
2.3 AC INPUT DATA
|
Model
|
20 – 60 kVA
|
40 to 160 kVA
|
40 to 160 kVA
|
|
Nominal output power per module (kVA/kW)
|
20kVA/14 kW
|
20kVA/14 kW
|
20kVA/14 kW
|
|
Number of module installed / max module installable
|
1 / 3
|
2 / 8
|
2 / 8 per frame
Max 4 frames in //
|
|
Nominla input power max
Including load, battery and efficiency
|
60kW
|
160 kW
|
640 kW
|
|
Nominal input voltage
|
230VAC +/-15%
3x400V+N +/- 15%
|
230VAC +/-15%
3x400V+N +/- 15%
|
230VAC +/-15%
3x400V+N +/- 15%
|
|
Input voltage range
|
170VAC to 264 VAC for = 100% power available for the load
150VAC to 170VAC brownout (17,7 kVA per module @ 150VAC)
3x294VAC+N to 3x457VAC+N for = 100% power available for the load
3x260VAC+N to 3x294VAC+N brownout (17,7 kVA per module @ 260VAC)
|
|
Input frequency
|
47 Hz to 63 Hz
|
|
Input power factor
|
PF = 0,99 at 100% load
|
According with settings and configuration, the input current will be increase up to 150% for 15 sec and 10 In for 20ms. Take care for syzing the upstream breaker.
2.4 OUTPUT DATA
|
Model
|
20 – 60 kVA
|
40 to 160 kVA
|
40 to 160 kVA
|
|
Nominal output power per module (kVA/kW)
|
20kVA/14 kW
|
20kVA/14 kW
|
20kVA/14 kW
|
|
Number of module installed / max module installable
|
1 / 3
|
2 / 8
|
2 / 8 per frame
Max 4 frames in //
|
|
Max. Nominal Power load
|
60 kVA / 42 kW
|
160 kVA / 112 kW
|
4 x 160 kVA = 640 kVA
4 x 112 kW = 448 kW
|
|
Output rated voltage
|
Adjustable from 200VAC to 240 VAC
Nominal power from 210VAC to 240VAC
Adjustable from 3x342VAC+N to 3x415VAC+N
Nominal power from 3x363VAC+N to3x415VAC+N
|
|
Output voltage statibiltiy
|
Static : <= +/-1%
Dynamic (load impact 0% to 100% and 100% to 0%) : +/-3%
|
|
Output voltage distorsion
|
With linear load <+/-2%
With non linear load <+/-4% (EN62040-3-2001)
|
|
Nominal output frequency
|
50Hz or 60Hz
|
|
Output frequency tolerence
|
Free running (If AC input not present) : +/- 0,1%
Synchronised with AC input from 47Hz to 53Hz, or 57Hz to 63Hz. Free running outside this range @ nominal value
|
|
Permissible unbalance load
|
For 3 phase operation 100% each phase regulated independently
|
|
Overload capacity
|
150% 15Sec
110% permanent (depends on ambient T°)
|
|
Short Circuit capacity
|
10xIn during 20 mS under conditions
|
|
Crest Factor
|
3:1
|
|
Efficiency AC-AC
100% /75% / 50% / 25%
Efficiency DC-AC
|
97 % / 95 % / 95 % / 93%
97% / 95% / 95% / 92%
|
2.5 BATTERY information
|
Max Charging current per module
|
5 kW @ 230Vac input volt. Ref chapter 2.7 for other voltage range
|
|
Battery Voltage
|
400VDC (2x200VDC with middle point)
|
|
Nbr of Cells
|
190 to 200 cells VRLA
|
|
Temperature compensated
|
Yes
|
|
Battery Type
|
VRLA
|
|
20 kVA
|
40kVA
|
60kVA
|
160kVA
|
|
Nominal DC current at 360 VDC (1,8 VDC /cell)
|
41 A
|
82 A
|
123 A
|
328 A
|
|
Max. Nominal Current rectifier @ 400VDC
|
12,5
|
25
|
37,5
|
100
|
Power available for battery charge is manage by the Agil modular UPS and is related with input voltage, temperature compensation, battery current limit
Battery cable will adapt with current limitation and fuse.
AGIL description download>>
|
