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SVG Dynamic Reactive Power Compensator Complete Equipments

1.Rated Voltage:6~35kV
2.Compensation Capacity:0.3~50Mvar
3.XD-dSvG has a variety of operating modes: constant reactive current, constant reactive power, constant bus voltage, constant power factor, and each mode can be set accordingto user's requirements.
4.XD-dSVG not only compensates for fundamental reactive power,but also suppresses low-order harmonics and compensates for imbalance.
  • Fast Delievery
  • Quality Assurance
  • 24/7 Customer Service

Product Introduction

1.SVG Dynamic Reactive Power Compensator Complete Equipments: Optimize Grid Performance with Precision

In today’s energy-intensive industries, maintaining grid stability and efficiency is non-negotiable. Our SVG Dynamic Reactive Power Compensator Complete Equipments deliver real-time reactive power compensation, voltage regulation, and harmonic suppression for power grids, renewable energy systems, and heavy industries. Designed for voltages from 6kV to 35kV and capacities up to 50Mvar, this system adapts seamlessly to fluctuating demands while reducing energy losses by up to 30%.

SVG Dynamic Reactive Power Compensator Complete Equipments

2.Technical Specifications

  • Rated Voltage: 6–35kV
  • Compensation Capacity: 0.3–50Mvar
  • Response Time: <5ms
  • THD: <3%
  • Operating Modes: Constant reactive current, reactive power, bus voltage, or power factor (user-configurable).
  • Certifications: ISO 9001, IEC 61850, GB/T.

Technical Indicators

Technical Parameters

Rated Voltage

6~35kV

Compensation Capacity

0.3~50Mvar

Adjustment Range

Rated inductive reactive to rated capacitive reactive continuous stepless adjustment

Rated Frequency

50Hz

Response Time

<4ms

Overload Capability

1.05 times long-term overload

Hamonic Characteristics

Output harmonic current total distortion rate is less than 2%

Cooling Method

Air-cooled/Wate-cooled/Air water-cooled

Operating Mode

Constant power factor/Constant reactive/Constant voltage/Constant current/Voltage reactive power/Load compensation

Installation Method

indoor cabinet type,outdor container type

Ambient Temperature

-40℃-45℃

Altitude

<3500m

3.Key Features & Benefits

1. Dynamic Reactive Power Compensation

  • Instantly adjusts reactive power output to stabilize voltage fluctuations caused by renewable energy integration or heavy machinery.

2. Multi-Functional Operation

  • Switch between four operating modes to match grid conditions, ensuring compliance with regional grid codes.

3. Harmonic Suppression

  • Reduces low-order harmonics (up to 13th order) for cleaner power quality in metallurgy, mining, and rail systems.

4. Modular Design

  • Expand capacity effortlessly with plug-and-play modules—ideal for aging infrastructure upgrades.

5. Smart Grid Compatibility

  • IoT-enabled units support predictive maintenance and integrate with SCADA systems via IEC 61850 protocols.

4.Real-World Applications

Be used in a wide range of industries.

 

Industrial Plants

Industrial Plants

Eliminate power factor penalties in CNC machines and assembly lines while handling surge currents up to 100x rated capacity.

Solar/Wind Farms

Substation

Stabilizes substation voltage against harmonics and intermittent generation from renewable inverters.

Commercial Buildings

Commercial Buildings

Retrofit aging systems in hospitals or malls with silent (<45dB), flame-retardant capacitors that meet NFPA 70 fire codes.

 

​​​​​​​5.How It Works?

The SVG Dynamic Reactive Power Compensator Complete Equipments uses a voltage source converter to inject precise reactive currents into the grid. By adjusting the phase and amplitude of its output voltage, it either absorbs or generates reactive power within milliseconds. This dynamic response outperforms traditional SVCs and capacitor banks, eliminating flicker and voltage sags.

6.Manufacturing & Quality Assurance

Every component undergoes rigorous testing in our ISO-certified facilities:

  • Material Selection: High-grade IGBT modules and laminated busbars ensure 99.9% uptime.
  • Precision Assembly: Automated welding and thermal management systems extend lifespan.
  • Performance Validation: 72-hour load simulation tests replicate extreme grid conditions.

7.Why Choose Us?

1. Expertise: Over 15 years in power quality solutions, with patents in reactive compensation tech.

2. Certifications: ISO 9001, ISO 14001, and 3C-certified low-voltage components.

3. Customization: Tailor configurations (wall-mounted, cabinet-integrated, hybrid) for your site.

4. End-to-End Support: From feasibility studies to 24/7 technical assistance.

Certificate

Certificate

Certificate

8.FAQ

Q: Can this system retrofit older substations?

A: Yes! The modular design requires minimal infrastructure changes.

Q: How does it handle rapid load changes?

A: With a <5ms response time, it stabilizes grids faster than conventional compensators.

Q: Is harmonic filtering automatic?

A: Absolutely—built-in algorithms detect and suppress harmonics without manual intervention.

9.Contact Us

Upgrade your grid’s efficiency with SVG Dynamic Reactive Power Compensator Complete Equipments. Contact our engineers at xaxd_electric@163.com for a free consultation.

10.Factory Show

Factory

Factory

11.Equipment Display

Equipment

12.Application Cases

State Grid systems, power engineering, steel and metallurgy, petrochemicals, rail transportation, energy and water conservancy, construction, environmental protection, and renewable energy sectors

Shanxi Yongchang Group Coal Chemical Project: 10kV Switchgear
Shanxi Yongchang Group Coal Chemical Project: 10kV Switchgear
Gansu Jinhui Mining Project: 40.5kV Switchgear
Gansu Jinhui Mining Project: 40.5kV Switchgear
AVIC Turkey Project: 10kV Reactive Power Compensation Capacitor Bank
AVIC Turkey Project: 10kV Reactive Power Compensation Capacitor Bank
Sekong Coal Mine (Phonesack Group), Laos: Capacitor Banks & Transformers for 22kV Line Compensation
Sekong Coal Mine (Phonesack Group), Laos: Capacitor Banks & Transformers for 22kV Line Compensation
Heilongjiang Project: Capacitor Banks (Tower-Type)
Heilongjiang Project: Capacitor Banks (Tower-Type)
Xinjiang Project: Capacitor Banks (Tower-Type)
Xinjiang Project: Capacitor Banks (Tower-Type)

13.Team and Exhibition

Team and Exhibition

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