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Capacitive and inductive power factor correction for three phase 208-690V/50（60）Hz system of with 20~100kVar rating CT sampling from grid or loads side.
ASVGM-0.4-50a(b)/T(F)L
Wall / Rack mounted
Sanhe
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PDF Export |
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Specific information:
ASVGM Static Var Generator is used as comprehensive power quality improvement for power distribution system transformers side, which have the functions of power compensation, harmonic control and three phase unbalance governance simultaneously. Compared with conventional capacitor compensation scheme, it is precise, two-way, fast reactive power compensation capabilities, and to eliminate the risk of capacitive system harmonics;
Feature:
Priority strategy of
Adopt the latest IGBT technology with a high switching frequency up to 35KHz
Quick responses and minimal thermal-and electric energy losses
Quickly responding DSP+FPGA processors control the platform.
SVGM series products adopt DSP full digital control systems, which can immediately respond to load changes
Unique spacious design for best thermal management.
Best-in-business three level topology that can better offset the current approach to the sine wave compared with additional two-level inverters.
Technical data:
Item |
Description |
|
Function |
Main |
maintain receiving end voltage, strengthen system voltage stability |
compensate system reactive power, improve power factor, reduce line loss, save energy and reduce cost |
||
suppress voltage fluctuation and flicker |
||
suppress three phase unbalance |
||
compensate both inductive and capacitive loads to achieve PF0.99 and avoid less and over compensation |
||
Ability to set compensation priority,set with power factor and balance, various combinations of harmonics. |
||
Harmonic |
Setting filtering from 2-13 times |
|
Auto/Priority function |
SVG can be set compensate automatically.i.e. It can work according to the application demand. It is set in the factory. Under this status,you can just set CT information,module parallel capacity |
|
The user can also set the priority function,including Q+H/H+Q/Q+H+B/H+Q+B (Q power factor, H harmonic filtering, B, unblance )ref:Tab.4-1 |
||
Application |
Hotel,Car park, Car charger station,Car 4S store,IDC, hospital,Railway,water treatment and other non-liner load |
|
Electrical |
Rated voltage |
380/400Vac |
Wiring |
3P4W |
|
Frequency |
50±2Hz |
|
Capacity |
20~100kVar(According to SVG type) |
|
Module Consumption |
＜2kW |
|
Efficiency |
Up to 97.5% |
|
switching frequency |
20kHz |
|
Response time |
Fast response time＜50μs Total response time＜5ms |
|
CT ratio |
150:5~6000:5 |
|
Parallel |
Max.5 (customization acceptable) |
|
Terminals |
Communication |
RS485 |
Environment |
Operating environment |
In-door, free from moisture, dust, corrodent or flammable gases, oil mist, vapor, water leakage or salt water. |
Altitude |
<1000m （customized acceptable） |
|
Work temperature |
-20℃~+50℃( derating is required from 40℃ to 50℃, increase every 1℃ above 40℃, derate 2%, highest temperature allowed: 50℃ ) |
|
Humidity |
Less than 95%RH, no condensing |
|
Storage temperature |
-20℃~+70℃ |
|
Vibration |
Less than 5.9m/s2 (0.6g) |
|
Enclosure |
Protection degree |
IP20 |
Colour |
7035 grey (customization acceptable) |
|
Size |
According to SVG type(refer:SVG Dimensions) |
|
Cooling |
Fan cooling |
|
Model Guide
Model |
Rated Capacity(kVAR) |
Wring |
Installation |
ASVGM0.4-20a(b)/T(F)L |
20 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-35a(b)/T(F)L |
35 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-50a(b)/T(F)L |
50 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-75a(b)/T(F)L |
75 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-100a(b)/T(F)L |
100 |
3p3w/3p4w |
Wall mounted/ Rack type |
SVG Dimension
(mm) |
Rack mounted |
Wall mounted |
||||||
20/35kvar |
50kVAR |
75kvar |
100kvar |
20/35kvar |
50kVAR |
75kvar |
100kvar |
|
A |
437 |
480 |
480 |
550 |
400 |
440 |
440 |
510 |
B |
420 |
460 |
460 |
532 |
240 |
360 |
360 |
360 |
C |
400 |
440 |
440 |
510 |
/ |
/ |
/ |
/ |
D |
205 |
232 |
232 |
250 |
205 |
232 |
232 |
250 |
E |
88 |
88 |
88 |
88 |
545 |
610 |
610 |
610 |
F |
58 |
72 |
72 |
81 |
80 |
40 |
40 |
75 |
G |
563 |
652 |
652 |
660 |
573 |
636 |
636 |
648 |
H |
497 |
576 |
576 |
585 |
497 |
576 |
576 |
585 |
K |
40 |
40 |
40 |
40 |
/ |
/ |
/ |
/ |
FAQ
Q: What is SVG Working principles ?
A: 1.External current transformer(CT)could detect real-time load current .
2.Internal DSP calculates and analyzes the reactive power content of the system.
3.Control PWM to send signal to IGBT to generate reactive power compensation current for power factor compensation.
Q: How to choose the model number?
Please specify the SVG rated voltage,frequency ,3p3w/3p4w,rated capacity,CT sampling position(grid or load side).
Q: What is the standard packaging?
A: 1*manual(or electronic manual)
1*protection cover(only for wall mounted type,1 module 1 cover)
Q: How to prepare APF/SVG module before installation?
A: 1. the standard package is not packed with breaker and current transformer. If need,please advise while ordering.
2.We recommended open-type current transformer for easy installation.
open-type current transformer
3.SVG /SVG module should be protected by superior breaker. If the breaker is not installed,it is not convenient and protective for debug etc.
Specific information:
ASVGM Static Var Generator is used as comprehensive power quality improvement for power distribution system transformers side, which have the functions of power compensation, harmonic control and three phase unbalance governance simultaneously. Compared with conventional capacitor compensation scheme, it is precise, two-way, fast reactive power compensation capabilities, and to eliminate the risk of capacitive system harmonics;
Feature:
Priority strategy of
Adopt the latest IGBT technology with a high switching frequency up to 35KHz
Quick responses and minimal thermal-and electric energy losses
Quickly responding DSP+FPGA processors control the platform.
SVGM series products adopt DSP full digital control systems, which can immediately respond to load changes
Unique spacious design for best thermal management.
Best-in-business three level topology that can better offset the current approach to the sine wave compared with additional two-level inverters.
Technical data:
Item |
Description |
|
Function |
Main |
maintain receiving end voltage, strengthen system voltage stability |
compensate system reactive power, improve power factor, reduce line loss, save energy and reduce cost |
||
suppress voltage fluctuation and flicker |
||
suppress three phase unbalance |
||
compensate both inductive and capacitive loads to achieve PF0.99 and avoid less and over compensation |
||
Ability to set compensation priority,set with power factor and balance, various combinations of harmonics. |
||
Harmonic |
Setting filtering from 2-13 times |
|
Auto/Priority function |
SVG can be set compensate automatically.i.e. It can work according to the application demand. It is set in the factory. Under this status,you can just set CT information,module parallel capacity |
|
The user can also set the priority function,including Q+H/H+Q/Q+H+B/H+Q+B (Q power factor, H harmonic filtering, B, unblance )ref:Tab.4-1 |
||
Application |
Hotel,Car park, Car charger station,Car 4S store,IDC, hospital,Railway,water treatment and other non-liner load |
|
Electrical |
Rated voltage |
380/400Vac |
Wiring |
3P4W |
|
Frequency |
50±2Hz |
|
Capacity |
20~100kVar(According to SVG type) |
|
Module Consumption |
＜2kW |
|
Efficiency |
Up to 97.5% |
|
switching frequency |
20kHz |
|
Response time |
Fast response time＜50μs Total response time＜5ms |
|
CT ratio |
150:5~6000:5 |
|
Parallel |
Max.5 (customization acceptable) |
|
Terminals |
Communication |
RS485 |
Environment |
Operating environment |
In-door, free from moisture, dust, corrodent or flammable gases, oil mist, vapor, water leakage or salt water. |
Altitude |
<1000m （customized acceptable） |
|
Work temperature |
-20℃~+50℃( derating is required from 40℃ to 50℃, increase every 1℃ above 40℃, derate 2%, highest temperature allowed: 50℃ ) |
|
Humidity |
Less than 95%RH, no condensing |
|
Storage temperature |
-20℃~+70℃ |
|
Vibration |
Less than 5.9m/s2 (0.6g) |
|
Enclosure |
Protection degree |
IP20 |
Colour |
7035 grey (customization acceptable) |
|
Size |
According to SVG type(refer:SVG Dimensions) |
|
Cooling |
Fan cooling |
|
Model Guide
Model |
Rated Capacity(kVAR) |
Wring |
Installation |
ASVGM0.4-20a(b)/T(F)L |
20 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-35a(b)/T(F)L |
35 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-50a(b)/T(F)L |
50 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-75a(b)/T(F)L |
75 |
3p3w/3p4w |
Wall mounted/ Rack type |
ASVGM0.4-100a(b)/T(F)L |
100 |
3p3w/3p4w |
Wall mounted/ Rack type |
SVG Dimension
(mm) |
Rack mounted |
Wall mounted |
||||||
20/35kvar |
50kVAR |
75kvar |
100kvar |
20/35kvar |
50kVAR |
75kvar |
100kvar |
|
A |
437 |
480 |
480 |
550 |
400 |
440 |
440 |
510 |
B |
420 |
460 |
460 |
532 |
240 |
360 |
360 |
360 |
C |
400 |
440 |
440 |
510 |
/ |
/ |
/ |
/ |
D |
205 |
232 |
232 |
250 |
205 |
232 |
232 |
250 |
E |
88 |
88 |
88 |
88 |
545 |
610 |
610 |
610 |
F |
58 |
72 |
72 |
81 |
80 |
40 |
40 |
75 |
G |
563 |
652 |
652 |
660 |
573 |
636 |
636 |
648 |
H |
497 |
576 |
576 |
585 |
497 |
576 |
576 |
585 |
K |
40 |
40 |
40 |
40 |
/ |
/ |
/ |
/ |
FAQ
Q: What is SVG Working principles ?
A: 1.External current transformer(CT)could detect real-time load current .
2.Internal DSP calculates and analyzes the reactive power content of the system.
3.Control PWM to send signal to IGBT to generate reactive power compensation current for power factor compensation.
Q: How to choose the model number?
Please specify the SVG rated voltage,frequency ,3p3w/3p4w,rated capacity,CT sampling position(grid or load side).
Q: What is the standard packaging?
A: 1*manual(or electronic manual)
1*protection cover(only for wall mounted type,1 module 1 cover)
Q: How to prepare APF/SVG module before installation?
A: 1. the standard package is not packed with breaker and current transformer. If need,please advise while ordering.
2.We recommended open-type current transformer for easy installation.
open-type current transformer
3.SVG /SVG module should be protected by superior breaker. If the breaker is not installed,it is not convenient and protective for debug etc.