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Outdoor Dynamic Reactive Power Compensation is Suitable for Various Types of Equipment, Ensuring Safety and Efficiency

Outdoor Dynamic Reactive Power Compensation is Suitable for Various Types of Equipment, Ensuring Safety and Efficiency photo-1
Outdoor Dynamic Reactive Power Compensation is Suitable for Various Types of Equipment, Ensuring Safety and Efficiency photo-2
Outdoor Dynamic Reactive Power Compensation is Suitable for Various Types of Equipment, Ensuring Safety and Efficiency photo-3

Product Spotlights

SVG Dynamic Reactive Power Compensation Manufacturer Outdoor Dynamic Reactive Power Compensation Compatible with Various Devices Safe and Efficient
Negotiable MOQ: 1 Set (Price negotiable depending on order volume and customization)
Key Specifications
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Brand:
Other, Aodong Electric
Shell Protection Grade:
IP30
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
35 days
Brand Other, Aodong Electric
Shell Protection Grade IP30

SVG Dynamic Reactive Power Compensation Manufacturer Outdoor Dynamic Reactive Power Compensation Compatible with Various Devices Safe and Efficient

The high-voltage dynamic reactive power compensation device of Aodong Electric is a reactive power compensation system with IGBT as the core, which can quickly and continuously provide capacitive or inductive reactive power, achieve constant reactive power, constant voltage, and constant power factor control at the assessment point, and ensure the stable, efficient, and high-quality operation of the power system. In the distribution network, installing small and medium-sized ADSVG products near certain special loads (such as electric arc furnaces) can significantly improve the power quality at the connection point between the load and the public grid, such as increasing power factor, balancing three-phase voltage, suppressing voltage flicker and fluctuations, and controlling harmonic pollution.

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What problems can be solved by using ADSVG:

The current threats facing the power grid:

The voltage quality of the power grid is usually measured by indicators such as stability, symmetry, and sinuosity. With the large-scale integration of nonlinear loads such as modern power electronic equipment

The power grid has a serious impact on the quality of power supply, with the widespread use of various power electronic switch devices and frequent load fluctuations being the main sources of interference, leading to a series of adverse effects.

The lack of timely reactive power regulation in the transmission system can lead to the expansion of system oscillations and reduce the stability of the transmission system.  

The lack of rapid reactive power support in the load center can easily lead to low voltage or even voltage collapse.  

Low power factor increases power grid losses, increases production costs, and reduces productivity.  

The reactive power impact generated can cause a decrease in grid voltage, voltage fluctuations, and flicker, and in severe cases, result in the transmission and protection devices being unable to function properly or even shut down.

Generating a large amount of harmonic current, causing voltage distortion in the power grid, is the "hidden killer" of the power grid, which can lead to:

Protection and safety automatic devices malfunction.

The capacitor bank generates harmonic waves and amplifies harmonic currents, causing the capacitors to overload or overvoltage, and even burn out.

Increase transformer losses and cause transformer heating.

Causing heating of electrical equipment, unstable motor torque, and even damage.

Accelerate the insulation aging of power equipment, which is prone to breakdown.

Reduce the production efficiency of electric arc furnaces and increase losses.

◎ Interference with communication signals.

Causing three-phase imbalance in the power grid, generating negative sequence current and causing vibration of the motor rotor.

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Application Fields and Uses

The SVG series products can be widely used in industries such as petrochemicals, power systems, metallurgy, electrified railways, and urban construction. They provide high-quality and reliable reactive power compensation and filtering solutions for various asynchronous motors, transformers, thyristor converters, frequency converters, induction furnaces, lighting equipment, arc furnaces, electric locomotives, hoists, cranes, stamping machines, cranes, elevators, wind turbines, elevators, welding machines, resistance furnaces, quartz melting furnaces, and other equipment. The ADSVG series products can enhance power transmission capacity, reduce power loss, compensate for reactive power, control harmonics, suppress flicker, stabilize grid voltage, balance three-phase systems, change system damping characteristics, and improve system stability.


Product Tags: Reactive power compensation SVG

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