Features of laminated busbars:

High current density: Laminated busbars can carry a higher current density than traditional busbars, which makes them more efficient and space-saving.

Low inductance: Laminated busbars have low inductance, which means that they can reduce voltage drop and improve power quality.

Good flexibility: Laminated busbars are more flexible than traditional busbars, which makes them easier to install and route.

Corrosion resistance: Laminated busbars resist corrosion, making them suitable for use in harsh environments.

High strength-to-weight ratio: Laminated busbars have a high strength-to-weight ratio, which makes them lightweight but strong.

Applications of Laminated busbars

Laminated busbars are used in a variety of applications, including:

Power distribution: Laminated busbars distribute power in various electrical systems, including switchgear, panelboards, and motor control centres. They are particularly well-suited for applications where high current density, low inductance, and good flexibility are required.

Power conversion: Laminated busbars, such as inverters and converters, are used in power conversion applications. They are used to connect these devices’ input and output terminals, and they help reduce voltage drop and improve power quality.

Transportation: Laminated busbars are used in various transportation applications, including electric vehicles, hybrid vehicles, and locomotives. They connect the battery, motor, and other components of these vehicles, and they help reduce weight and improve efficiency.

Renewable energy: Laminated busbars are used in renewable energy applications, such as solar and wind power systems. They are used to connect solar panels or wind turbines to the grid and help reduce losses and improve efficiency.

Key Features:

Voltage Regulation: Our Power Quality Products provide consistent voltage levels, ensuring a stable power supply to your sensitive equipment. This feature prevents the damaging effects of overvoltage and undervoltage, extending the lifespan of your devices.

Harmonic Filtering: Say goodbye to disruptive harmonics that can compromise the efficiency of your electrical systems. Our products are equipped with advanced harmonic filtering technology, reducing harmonic distortion and maintaining a clean power waveform.

Surge Protection: Guard your equipment against sudden power surges with our robust surge protection capabilities. Our products are designed to absorb and dissipate excess energy, preventing potential damage and downtime.

Power Factor Correction: Enhance the power factor of your electrical system, optimizing energy efficiency. Our Power Quality Products actively correct power factor imbalances, reducing energy consumption and minimizing utility costs.

Real-time Monitoring: Stay in control with real-time monitoring features that provide comprehensive insights into your power quality. Identify and address potential issues before they escalate, ensuring the continuous operation of your critical systems.

Modular Design: Our products boast a modular design for easy scalability and customization. Tailor the solution to meet the specific needs of your facility, whether it’s a small business or a large industrial operation.

User-Friendly Interface: With an intuitive user interface, managing and configuring our Power Quality Products is a breeze. Access important data, set parameters, and receive alerts effortlessly, putting you in command of your electrical infrastructure.

Benefits:

Equipment Reliability: Ensure the longevity of your valuable equipment by providing a clean and stable power supply.

Reduced Downtime: Minimize the risk of downtime caused by power quality issues, saving you time and resources.

Energy Efficiency: Improve energy efficiency and reduce utility costs by optimizing power factor and minimizing waste.

Compliance: Meet industry standards and regulations with a power quality solution that exceeds expectations.

Home / Products / Power Quality Products / High Voltage SVG / Static Var Generator (SVG)

Static Var Generator (SVG)

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Description
Advantages
Specification
Application
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The basic principle of SVG is that the voltage source inverter is connected to the grid in parallel through the reactor. As the voltage source inverter, it consists of 2 parts are DC capacitance and inverter bridge. Then, the inverter bridge is composed of a semi-conductor device (IGBT) which can be turned off. By adjusting the IGBT device’s switcher in inverter bridge, the SVG can control the voltage, amplitude, and phases after the inverter DC current to AC current. So, the device is equivalent to a phase-modulated power supply. As detecting the required reactive power in the system, the SVG can quickly generate the equal and opposite reactive power to achieve balance and system running with high power factor in real time.

Quick Information

Power grid frequency:50/60Hz
Response time:1 ~ 10 ms
Filtering range:2 ~ 13 times all or selected times
Operating temperature:-10℃ ~ 40℃

Description

A High Static Var Generator (SVG) is a device used in electrical power systems to control and regulate voltage. Var stands for volt-ampere reactive, which is a unit of measurement for reactive power. Reactive power is essential in alternating current (AC) systems for maintaining voltage levels and supporting the operation of inductive loads, such as motors. The SVG is a type of static compensator that can rapidly and dynamically adjust its reactive power output to help stabilize the voltage on the power grid.

Operating Principle

The High Voltage Static Var Generator (SVG) operates on the principle of utilizing a voltage source inverter connected in parallel to the grid through a reactor. This inverter consists of two main components: a DC capacitance and an inverter bridge. The inverter bridge further comprises semiconductor devices, typically Insulated Gate Bipolar Transistors (IGBTs), which can be switched on or off.

Through precise control of the IGBTs in the inverter bridge, the SVG can manipulate the voltage, amplitude, and phases of the AC current generated from the DC current. Essentially, the SVG functions as a phase-modulated power supply. By detecting the required reactive power in the system, the SVG rapidly generates reactive power of equal magnitude but opposite phase, ensuring a real-time balance and enabling the system to operate with a high power factor.

High Voltage Static Var Generator

	Waveform and phasor diagrams	Illustration
No load running		U_I = U_s,I_L = 0, SVG –No absorb reactive power nor emitting reactive power
Capacitive		U_I > U_s,I_L is an advanced current whose amplitude can be continuously controlled by adjusting the UI, thereby continuously adjusting the reactive power emitted by SVG
Inductive operation		U_I < U_s,I_L Is the lagging current. At this time The reactive power absorbed by SVG can be continuously controlled

Advantages and Characteristics:

The SVG exhibits adaptability to three operational modes: capacitive, inductive, and no-load modes.
Capable of swiftly and dynamically compensating reactive power, the SVG can transfer both capacitive and inductive fundamental currents as needed.
It achieves the crucial function of three-phase balanced load by compensating the corresponding load current.
Providing benefits to customers, the SVG dampens power grid resonance, stabilizes power grid voltage, improves power factor, and prevents harmonic amplification.
The SVG can seamlessly connect with power grids operating at 6kV, 10kV, 20kV, and 35kV.
With a rapid response time ranging from 1 to 10 microseconds (㎳), the SVG ensures swift adjustments to changing power system conditions.
Robust protections are in place, including measures against over-current, rapid breaks, over-voltage, under-voltage, and lightning strikes.
Remote monitoring capabilities are facilitated through multiple communication protocols, including RS 485, CAN, Modbus, TCP/IP, and GPRS.

Technical Data

Available into the Power grid voltage: 6kV/10kV/20kV/35kV

Power grid frequency: 50/60Hz

Wire method (input): Top, bottom, or custom

Filtering range: 2 ~ 13 times all or selected times

Response time: 1 ~ 10 ms

Protection function: over-current, rapid outage, over-voltage, lower-voltage, lightning protection

Remote monitoring: RS485, CAN, Modbus, TCP/IP, GPRS

Operating temperature: -10℃ ~ 40℃

Model No.	Rated voltage (kV)	Compensation capacity (Mvar)	Compensation current (A)	Screen cabinet size (mm)
W-SVG-6/2.4	6	1.2±1.2	230	450012002400
W-SVG-6/4.8	6	2.4±2.4	460	480012002400
W-SVG-6/8.0	6	4.0±4.0	768	600012002400
W-SVG-6/10.0	6	5.0±5.0	960	780012002600
W-SVG-10/2.0	10	1.0±1.0	116	600012002400
W-SVG-10/4.0	10	2.0±2.0	230	600012002400
W-SVG-10/8.0	10	4.0±4.0	460	750012002400
W-SVG-10/10	10	5.0±5.5	576	750012002400
W-SVG-35/16	35	8.0±8.0	264	4600*25000
W-SVG-35/32	35	16±16	528	4600*30000
W-SVG-35/60	35	30±30	1000	5600*36000
W-SVG-35/80	35	40±40	1336	8000*18000