Reactive Power Compensation Capacitor Cabinet

Local Reactive Power Compensation Electric Power Optimization Capacitance Cabinet

Product Overview

The reactive power compensator consists of three basic function modules. Detection module, control operation module and compensation output module.The working principle is to detect the current information of the system by the external CT, and then analyze the current current information, such as PF, S, Q, etc., through the control chip; then the controller gives the compensated driving signal, and finally the inverter circuit composed of the electric electronic inverter circuit emits the compensated current.

The SVG stationary reactive power generator uses disconnected power electronic devices to form a self-switching bridge circuit. After the reactor is connected in parallel on the power grid, the amplitude and phase of the AC side output voltage of the bridge circuit are appropriately adjusted, or the AC side current is directly controlled.Quickly absorb or emit the required reactive power, to achieve the purpose of rapid and dynamic adjustment of reactive power.As an active compensation device, not only can the shock current of the shock load be tracked, but also for the harmonic current.

Functional Characteristics

◆ Rapid response ability

The SVG stationary reactive generator employs a state-of-the-art algorithm that dynamically time for dynamically compensation grid reactive power of 1ms.

◆ Highly Reliable

The SVG static reactive power generator has various protection functions, such as output overcurrent, DC side overvoltage, DC side undervoltage, AC side overvoltage, AC overvoltage, IGBT dead area protection, IGBT protection and I G B T comprehensive protection, to ensure that the equipment reliably exits from operation or protects the system and equipment.

◆ Large Capacity Compensation Capacity

The SVG stationary reactive power generator achieves unlimited cabinet expansion expansion, making the compensation for large-capacity harmonics possible, and greatly reducing the cost.

◆ Simple Operation Method And Structure

The SVG stationary reactive power generator is simple to operate and only runs in parallel with the load into the system without other operations.The internal structure is simple, the converter is a modular structure, easy to install and maintenance, access to the system, normal operation without manual intervention.

Technical Parameter

◆ Electrical Wiring∶Three phases and three lines, three-four phase line, single phase

◆ Support Voltage Level∶380V/690V/1000V

◆ Input Voltage Range (V)∶-30%～+30%

◆ Enter The Frequency Range(Hz)∶50/60HZ+/-5%

◆ Dimensions (Mm, Width And Depth):(800*800*2200)*2;Wall-mounted or smaller sizes are customizable

◆ Noise(dB):<58

◆ Operating Temperature∶-5℃~+45℃

◆ Storage Temperature∶-40℃-+70℃

◆ Relative Humidity Of Household Air:≤95%(No Condensation)

◆ Elevation: 1500m, between 1500 and 4000 m, with a power reduction of 1% per 100m increase performance specification

◆ Dynamic compensation of the power grid reactive power, improve the power factor

When the grid is in sensibility, the SVG emits a capacitive current, counteracting the opposite reactive current

When the grid is in capacity, the SVG emits a perceptual current, counteracting the opposite reactive current

◆ Dynamic suppression of specific times (3,5,7,11 times) current harmonics;

◆ Can instantly provide a certain amount of active power, to compensate for the power grid voltage drop and flash change;

◆ It can be run automatically after the network connection, without personnel operation;

◆ Chinese graphics LCD display, human-computer interface is clear and friendly;

◆ With perfect self-diagnosis and monitoring function, faults can be specific positioning, convenient debugging;

◆ With a perfect hardware and hardware watchdog, to ensure the reliable operation of the device;

◆ With a perfect online operation status monitoring function;

◆ Accurately measure and display the current states of the system:

◆ Suppress the three-phase imbalance of the power grid.