Static Var Generator
magnitude and phase of inverter AC voltage, so as to achieve the purpose of reactive power compensation and 3 phase load balancing .
Because the switching frequency of IGBT is very high (up to 25.6kHz), SVG can compensate rapid reactive loads and achieve quite high
compensation accuracy. SVG is the best product in the field of reactive power control.
Static Var Generator detects load current in real time through internal and external CT and analyzes the reactive current of load by TI DSP and FPGA,
then generates PWM signal to IGBT inverter(3 Level) to generate inductive or capacitive current and compensate reactive current to realize the target power factor.
SVG can also compensate phase imbalance. Compared with the traditional capacitor bank, SVG has the advantages of fast response and high compensation accuracy
without under-compensation or over-compensation problems, avoid resonance,etc.
Modular Design: 
Model Description:
| SN | Item | Rated Capacity | Model No. | Dimensions (W*D*H,MM) | N.W (KG) | Packing Size (W*D*H,MM) | G.W. (KG) |
| 1 | SVG | 10kVAr | SVG/10 | 360*402*125 | 20 | 740*690*445 | 25 |
| 2 | SVG | 15kVAr | SVG/15 | 360*402*125 | 20 | 740*690*445 | 25 |
| 3 | SVG | 30kVAr | SVG/30 | 505*550*190 | 34 | 740*690*445 | 40 |
| 4 | SVG | 50kVAr | SVG/50 | 505*550*190 | 35 | 740*690*445 | 41 |
| 5 | SVG | 75kVAr | SVG/75 | 505*570*280 | 50 | 740*690*445 | 63 |
| 6 | SVG | 85kVAr | SVG/85 | 505*570*280 | 53 | 740*690*445 | 64 |
| 7 | SVG | 100kVAr | SVG/100 | 505*570*280 | 55 | 740*690*445 | 65 |
ADVANTAGES:
Static Var Generators are high performance, compact, flexible, modular and cost-effective Active Power Factor Correction systems
that provide an instantaneous and effective response to power quality problems in low or high voltage electric power systems.
Connected in parallel with the load to be compensated, SVG units act as a controlled current source, providing a current waveform in real time.
- Three level topology
- Ultra-compact Modular design
- Fastest switching frequency 25.6kHz
- Lowest power consumption ≤ 2.5%
- Leading dissipation technology
- Continuous power factor correction
- Precise PF maintain -1.0 ≤ CosΦ ≤ 1.0
- Both capacitive and inductive control
- No over or under-compensation
- Hybrid power factor correction
- Saving Electricity Bills
- Energy saving
- 3 phase load balancing
- Low noise
- Friendly Human Machine Interfac
- TI DSP, Infineon or Semikron IGBT
- High Stability,avoids resonance
- Both Hardware and software protection
- High Reliability Test
- Good Environmental adaptability
Static Var Generator enable longer equipment lifetime, higher process reliability, improved power system capacity and stability,
and reduced energy losses, complying with most demanding power quality standards and grid codes.
| Technical Data and Specifications | ||||
| Rated Voltage | 220V (171~269V) | 400V (300~456V) | 480V (356~515V) | 690V (483~793V) |
| Rated Current | 10/20/30/40/50kVAr | 30/50/75/100kVAr | 30/50/75/100kVAr | 150/175/200kVAr |
| Mains Frequency | 50/60Hz±5% | |||
| Circuit Topology | Three Level | |||
| Multi Compensation Mode | Reactive compensation, three-phase load unbalance compensation | |||
| Target Power Factor | Adjustable from -1.0 to 1.0 | |||
| 3 Phase Load Balancing Effect | ≤5%, Mitigate negative and zero sequence | |||
| Switching/control frequency | 25.6kHz | |||
| Initial response time | ≤50us | |||
| Overall Response time | ≤5ms | |||
| Active loss of system | ≤2.5% | |||
| Output current limit | Automatically limited within 100% of rated capacity to output | |||
| Control algorithm | Intelligent FFT,Self-adaptive control algorithm | |||
| Controller | DSP FPGA | |||
| Protection | Hardware protection, Software protection | |||
| Control connection | Fiber or electrical connection | |||
| Human Machine Interface | 7 inch touched TFT LCD HMI | |||
| Communication protocols | Adopt Modbus remote communication protocol; communication interface adopts RS485 and CAN bus, supporting mobile phone APP operation. | |||
| Noise | <60db (<45db during low-speed operation) | |||
| Installation method | Module embedded(Rack),wall mounted, free landing | |||
| Level of protection | IP20 | |||
| Cooling method | Speed regulation intelligent air cooling PWM Fans | |||
| Color | RAL 7035 Light Grey | |||
| Ambient temperature | -20~55℃ | |||
| Relative humidity | Maximum 95%, without condensation | |||
| Mounting height above sea level | ≤2000 at rated capacity; appropriately reduce the capacity if it is > 2000(1% derating per 100m) | |||
| Qaulifications | CE, IEEE61000,Type Test Report | |||
| Compliance with Standards | IEEE 519, ERG5/4 | |||
APPLICATIONS:
Oil drilling industry leads to a large number of reactive power consumption, resulting in poor stability of the power system.
AC-DC conversion during the operation of DC electric drive drilling rig will produce a large amount of harmonic wave components,
which causes serious pollution to the power supply system. Meanwhile, the harmonic pollution makes drilling system usually run
with power factor under 0.5, and generators cannot be fully utilized, which increases the investment of equipment and energy consumption.
The method of quickly and effectively compensating reactive load of mine power network is in urgent need...
After installed Static Var Generator, the site data compliance with IEEE 519, G5/4, EN 50160 and also other power quality
standards and recommendations
- Energy savings
- Higher productivity
- Reliable plant operation at reduced maintenance costs
- Additional electric capacity in existing electrical network
- Quick return on investment
Technical Performance:
More Information on detail, please feel free to contact me 
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