• ATC-SVG Static Var Generator
  • ATC-SVG Static Var Generator
  • ATC-SVG Static Var Generator
  • ATC-SVG Static Var Generator
  • ATC-SVG Static Var Generator
ATC-SVG Static Var Generator
ATC-SVG Static Var Generator
ATC-SVG Static Var Generator
ATC-SVG Static Var Generator
ATC-SVG Static Var Generator
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APF&SVG

ATC-SVG Static Var Generator


Application: Industrial manufacturing plants Electric vehicle charging station systems Large public buildings Commercial buildings, data centers, hospitals, airports, and other facilities with high power quality requirements Energy management and monitoring systems, sub-metering systems, and power SCADA systems

Product Details


Application:

 

Industrial manufacturing plants

Electric vehicle charging station systems

Large public buildings

Commercial buildings, data centers, hospitals, airports, and other facilities with high power quality requirements

Energy management and monitoring systems, sub-metering systems, and power SCADA systems

 

Functions:

  • Harmonic Compensation: Compensates for 2nd to 50th harmonics, supporting full-band or selective compensation
  • Power Factor Correction: Provides capacitive/inductive reactive power compensation with an adjustable target power factor (-1 to +1)
  • Three-Phase Unbalance Compensation: Dynamically adjusts three-phase currents to achieve load balancing
  • Dynamic Response: Response time < 10 ms, real-time compensation unaffected by system unbalance
  • Intelligent Algorithms: Supports FFT and intelligent dynamic compensation modes, switchable as needed
  • Modular Design: Supports rack-mounted and wall-mounted installation; single-module capacity ranges from 30 to 100 kvar; cabinet-based parallel capacity up to 500 kvar
  • Human-Machine Interface (HMI): 4.3-inch touchscreen supporting parameter configuration, real-time monitoring, fault alarms, harmonic analysis, and more
  • Communication Capabilities: RS485 + Modbus-RTU (Ethernet optional), supporting centralized monitoring
  • Protection Functions: Multiple protections including overvoltage, undervoltage, short circuit, inverter bridge reverse voltage, and overcompensation

 

Parameters

 

Electrical Specifications

Project

Parameters

Rated input voltage

380V × (1+20%)

Power grid frequency

50Hz / 60Hz

Power Grid Structure

3P3W / 3P4W

CT ratio range

50/5 ~ 5000/5

Overall efficiency

≥ 97%

Parallel operation

Supported; maximum capacity for cabinet-type units: 500 kvar

 

Performance Metrics

 

Project

Parameters

Rated capacity

30kvar / 50kvar / 75kvar / 100kvar

Harmonic compensation range

2–12 times (adjustable)

Filter performance

THDi ≤ 5%

Response time

< 10ms

Target power factor

Adjustable from -1 to +1

Control Algorithm

FFT, intelligent algorithms, instantaneous reactive power

IGBT switching frequency

20kHz

Noise level

< 60dB

 

Machinery and Installation

Installation Method

Capacity

Weight

Dimensions (W×D×H, mm)

Rack-mounted

30/50kvar

-

452.5 × 450 × 861

Rack-mounted

75kvar

-

472 × 450 × 1220

Rack-mounted

100kvar

-

550.6 × 540 × 190

Wall-mounted

30/50kvar

-

558 × 88 × 550

Wall-mounted

75kvar

-

584 × 122 × 597

Wall-mounted

100kvar

-

603 × 190 × 608

The cabinet-type parallel solution has a maximum capacity of 500 kvar, features a 7-inch touchscreen, and can be installed side-by-side with various types of distribution cabinets.

 

Environmental Requirements

 

Project

Parameters

Elevation

≤2000m(At altitudes above 2,000 meters, capacity decreases by 1% for every 100 meters)

Operating temperature

-10℃ ~ +45℃

Relative humidity

5% ~ 95%(No condensation)

Protection rating

IP20(Other grades available upon request)

 

Wiring

 

For more details, please refer to the product manual.

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