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FDSVG

FDSVG Static Var Generator

FGI is a professional and high-quality STATCOM manufacturer with over 20 years' research and development experience. FDSVG Static Var Generator (SVG) is mainly used to improve network stability, increase transmission capacity, remove reactive shock, filter out harmonics and balance three phase power network.

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BASIC INFO

Rated voltage
6~35kV
Power range
0.5Mvar~100Mvar
Installation
outdoor / indoor
Cooling type
forced-air cooling / water cooling
Lead time
35~90 days, depends on order quantities
OEM/ODM
acceptable

Features

Description

We offer a wide range of SVG products for you to choose from：

6kV Outdoor Static Var Generator

We offer a wide range of SVG products for you to choose from：

6kV Indoor Static Var Generator (Water cooling)

We offer a wide range of SVG products for you to choose from：

10kV Outdoor Static Var Generator (Water cooling)

We offer a wide range of SVG products for you to choose from：

35kV Outdoor Static Var Generator

We offer a wide range of SVG products for you to choose from：

35kV Indoor Step-down Static Var Generator

Easy for system capacity expansion

FDSVG has an interface for parallel operation of multiple devices, easy torealize system capacity expansion.

Available for multiple communication protocols

Compatible with Ethernet, CAN, MODBUS-RTU, ProfiBUS, power CDT91 protocol, IEC61850-103/104,CANOPEN etc.

Parameters

Rated voltage
6KV±10%～35KV±10%
Voltage at the test point
6kV±10%～500KV±10%
Input voltage
0.9-1.1pu Low-voltage ride-through Opu(150ms),0.2pu(625ms)
System frequency
50Hz/60Hz,Short-term fluctuations are allowed
Output capacity
±0.1Mvar~±200 Mvar
Starting power regulation
±0.005Mvar
Compensation current resolution
0.5A
Response time
The full response time is less than 5ms
Power loss
≤0.8%
Total Harmonic Current Distortion (THDi)
≤3%(≥25%P)
Power supply mode
Two circuit feeding
Control source
380VAC、220VAC or 220VDC
Reactive power regulation mode
The capacitive and inductive functions are automatically, continuously and smoothly adjusted
Communication interface
Ethernet, RS485, CAN, high-speed optical fiber communication interface
Communication protocol
MODBUS_RTU、ProfiBUS、Power CDT91 protocol、IEC61850-103/104
Mode of operation
Constant device reactive power mode, constant test point reactive power mode, constant test point power factor mode, constant test point voltage mode, load compensation mode
Overlap mode
Multi-machine parallel networking operation, multi-busbar comprehensive compensation, and multi-group FC comprehensive compensation control
Defensive function
Busbar overvoltage, busbar undervoltage, SVG overcurrent, drive fault, power unit overvoltage, overcurrent, over-temperature and communication fault protection input interface Protection functions such as protecting output interfaces and abnormal system power supply.
Fault handling
Adopt redundant design and support N-2
Type of cooling
Air-cooled/water-cooled
Level of protection
Indoor type IP30, outdoor type IP54
Storage temperature
-40℃~+70℃
Running temperature
-35℃~+40℃
Relative humidity
The monthly average value shall not exceed 90%(at 25℃), and there shall be no condensation
Altitude
≤2000m(customization is required for lengths above 2000m)
Seismic intensity
VI
Pollution grade
V

APPLICAITON

Cement Plant
Cement Plant
Wind Power Station
Wind Power Station
Urban Substation
Urban Substation
Solar Power Station
Solar Power Station
Power Station
Power Station
Electric Locomotive
Electric Locomotive
Petrochemical
Petrochemical

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