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Advanced 6.6kv Indoor Static Var Generator for Smart Grids

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  • 1 yr

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Product Highlights

  • Auto Phase Recognition: Automatically identifies and aligns with the grid phase sequence to prevent misoperation.
  • Continuous Regulation: Automatically switches between inductive (absorbing) and capacitive (supplying) modes for smooth, stepless voltage control.
  • Remote Supervision: Equipped with Ethernet, RS485, CAN, and GPRS interfaces, supporting Mobile APP monitoring for centralized management.

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Product Images of Advanced 6.6kv Indoor Static Var Generator for Smart Grids

Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids pictures & photos
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids pictures & photos
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids pictures & photos
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids pictures & photos
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids pictures & photos
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids pictures & photos
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
    Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
    Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
    Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
    Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
    Advanced 6.6kv Indoor Static Var Generator for Smart Grids
  • Advanced 6.6kv Indoor Static Var Generator for Smart Grids
    Advanced 6.6kv Indoor Static Var Generator for Smart Grids

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Product Description

Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Product Description
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
FGI HV SVG - High Voltage Static Var Generator
The FGI HV SVG is an advanced high-performance device designed for reactive power compensation. Designed for medium- and high-voltage grids (6.6kV–33kV), it utilizes a cascaded H-bridge IGBT topology to deliver rapid, precise power quality correction.
By dynamically adjusting the amplitude and phase of its output voltage, the SVG seamlessly injects or absorbs reactive power. This ensures grid voltage stability, mitigates harmonics, and balances loads in real-time, making it the ideal solution for modern industrial facilities and utility networks.
Specification
Parameter
Specification
Rated Voltage
6kV ± 10% ~ 66kV ± 10%
PCC Voltage
6kV ± 10% ~ 500kV ± 10%
Input Voltage
0.9 ~ 1.1pu; LVRT 0pu (150ms), 0.2pu (625ms)
System Frequency
50Hz/60Hz, allows short-term fluctuation
Output Capacity
± 1Mvar ~ ± 200Mvar
Compensation Current Resolution
0.5A
Response Time
Full response time < 5ms
Power Loss
≤ 0.8%
Total Harmonic Current Distortion (THDi)
≤ 3% (≥ 25%P)
Power Supply Mode
Dual power supply
Control Power
380VAC, 220VAC or 220VDC
Reactive Power Regulation Mode
Automatic continuous smooth regulation (Capacitive/Inductive)
Communication Interface
Ethernet, RS485, CAN, High-speed Fiber Optic Interface
Communication Protocol
MODBUS_RTU, Profibus, Power CDT91, IEC61850-103/104
Operation Mode
Constant Device Reactive Power, Constant PCC Reactive Power, Constant PCC Power Factor, Constant PCC Voltage, Load Compensation Mode
Parallel Connection Mode
Multi-unit parallel network operation, Multi-bus comprehensive compensation, Multi-group FC integrated compensation control
Protection Function
Bus over/under voltage, SVG overcurrent, drive fault, power cell overvoltage/overcurrent/overheating & comm. fault; Protection for input/output interfaces, system power abnormality, etc.
Fault Handling
Redundant design, supports N-2
Cooling Method
Air Cooling / Water Cooling
Protection Class
Indoor IP30, Outdoor IP54
Storage Temperature
-40°C ~ +70°C
Operating Temperature
-40°C ~ +55°C
Relative Humidity
Monthly average ≤ 90% (at 25°C), non-condensing
Altitude
≤ 5000m
Seismic Intensity
Degree VIII
Pollution Degree
Class IV
Product Advantages
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Intelligent Control & Operation
1.User-Friendly HMI: Features a guided interface with startup self-checks, significantly reducing commissioning time and complexity.
2.Auto Phase Recognition: Automatically identifies and aligns with the grid phase sequence to prevent misoperation.
3.Seamless Mode Switching: Dynamically transitions between normal and fault modes, ensuring uninterrupted reactive power support.
4.Versatile Control Strategies: Supports constant reactive power, power factor, voltage regulation, and negative sequence compensation.
Ultra-Fast Compensation
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
1.Rapid Response: Achieves a controller response time of ≤1ms and full output within 5ms, effectively countering rapid grid fluctuations.
2.Continuous Regulation: Automatically switches between inductive (absorbing) and capacitive (supplying) modes for smooth, stepless voltage control.
3.Power Quality Boost: Suppresses negative sequence currents and mitigates harmonics up to the 13th order, protecting transformers and sensitive motors.
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced Monitoring & Reliability
1.Black Box Diagnostics: 16-channel digital oscilloscope captures real-time waveforms, recording 100ms of data pre- and post-fault for precise analysis.
2.Remote Supervision: Equipped with Ethernet, RS485, CAN, and GPRS interfaces, supporting Mobile APP monitoring for centralized management.
3.Robust Design: IP44-rated enclosures (outdoor) and EMC compliance ensure stable operation in harsh industrial environments.
4.Redundant Architecture: Supports N-2 redundant operation; the system bypasses faulty units and continues running without downtime.
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Application Scenarios
Renewable Energy
Heavy Industry
Manufacturing & Industrial Automation
· Wind Power Plants
· Solar PV Power Stations
· Energy Storage Systems
· Steel Plants
· Mining Industry
· Cement Plants
· Chemical & Petrochemical Facilities
· CNC Equipment
· Robotic Production Lines
· Welding Machines
· Injection Molding Machines
Power & Utility Infrastructure
Transportation & Public Facilities
Commercial Buildings
· Substations
· Smart Grid Systems
· Distribution Networks
· Industrial Parks
· Rail Transit Systems
· Airports
· Ports & Harbors
· Data Centers
· Shopping Malls
· Hospitals
· Office Buildings
· Hotels
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
Advanced 6.6kv Indoor Static Var Generator for Smart Grids
FAQ
Advanced 6.6kv Indoor Static Var Generator for Smart Grids

About the Supplier

This supplier has been audited by SGS. Verify the report on the official SGS website with ID "QIP-ASI265734". Items marked "verified" are certified.

WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.
WindSun Science & Technology CO.,Ltd.

About Our Factory & Business Background

verified Business Type
Manufacturer/Factory & Trading Company
Address
Mid-Section of Jincheng Road, North Side, Economic Development Zone, Wenshang County, Shandong 272500, Jining, Shandong, China
verified Plant Area
122570 square meters
verified Number of Employees
784
verified Registered Capital
141,382,530 RMB
verified Terms of Payment
T/T, LC
verified International Commercial Terms(Incoterms)
FOB
verified Average Lead Time
Peak Season Lead Time: one month
Off Season Lead Time: one month
verified Nearest Port
Qingdao Port
verified Minimum Order Quantity
1 set
verified Supply Chain Partners
377

Our Production Capability & Technical Expertise

verified Main Products
VFD, Bess, Svg, Statcom
verified Production Lines
18
verified Production Machines
PCBA, Auto-production line, Auto-testing line, Laboratory
verified QA/QC inspectors
64 people
verified Inspection Type for Finished Products
100% inspection(Visual inspection & Function inspection)
verified Inspection Method for Finished Products
Have instructions and uniformly followed
verified Customization Options
Customization from Samples, Customization from Designs, Full Customization, Minor Customization
verified ODM Service Available
Yes
verified OEM Service Available
Yes
verified R&D Engineers
79 people
verified Traceability of Raw Materials
Yes

Our Industry Experience & Global Business Record

verified Year of Establishment
2004-08-10
verified Export Year
10 years
verified Main Markets
Southeast Asia/ Mideast, East Asia(Japan/ South Korea), Domestic
verified Repeat Buyers Choice
80%~100%
verified Number of Foreign Trading Staff
33
verified Overseas Agent/Branch
Yes
verified New Products Launched in Last year
Yes

Our Certifications, Standards & Industry Recognition

verified Management System Certification
ISO9001:2015, ISO45001:2018, ISO14001
verified Product Certification
CCC
verified Cooperated with Fortune 500
Yes

FAQ

What is the main advantage of FGI HV SVG over traditional SVCs?
Unlike SVCs which use thyristors and passive components, our SVG uses active IGBT conversion. This provides a much faster response (<5ms), stepless smooth regulation, and superior harmonic performance without generating additional harmonics.
Can the SVG continue operating if a power unit fails?
Yes. The system features an N-2 redundant design. If a power cell fails, it is automatically bypassed, and the SVG continues to operate at a slightly reduced capacity without tripping, ensuring maximum uptime.
Does the device support outdoor installation?
Yes, we can offer IP55-rated enclosures customized designed container for outdoor using, capable of withstanding various weather conditions.
What communication protocols are supported for SCADA integration?
The device supports standard industrial protocols including Modbus_RTU, Profibus, and power system standards like IEC61850-103/104 for seamless integration.
Can the SVG handle harmonic compensation?
Yes, besides reactive power compensation, the FGI HV SVG is capable of actively mitigating odd harmonics up to the 13th order to enhance overall power quality.
What happens during a grid voltage dip (LVRT)?
The SVG is equipped with Low Voltage Ride Through (LVRT) capability (0pu for 150ms, 0.2pu for 625ms), allowing it to stay connected and support the grid during short-term voltage sags.
Is the cooling system maintenance-intensive?
We offer both air-cooled and water-cooled options. The modular design allows for easy maintenance, and the liquid-cooled version is generally maintenance-free under normal operating conditions.
Can multiple SVG units operate in parallel?
Yes, the system supports multi-machine parallel via high-speed optical fiber communication, allowing for scalable capacity and comprehensive bus compensation.
What is the typical efficiency (power loss) of the device?
The FGI HV SVG is highly efficient, with total power losses kept below 0.8%, contributing to energy savings.
How does the device handle extreme temperatures?
It is designed to operate reliably in temperatures ranging from -35 to +40(Celsius) For environments outside this range, customized thermal management solutions are available.

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