High Voltage SVG

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.

High Voltage Static Var Generator (SVG)

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.

Power grid frequency50/60Hz
Response time1 ~ 10 ms
Filtering range2 ~ 13 times all or selected times
Operating temperature-10℃ ~ 40℃

Learn More

A High Voltage Static Var Generator (SVG) provides dynamic reactive power compensation in electrical power systems. Reactive power is essential for maintaining voltage levels within acceptable limits and ensuring the stable operation of power systems. The SVG is a flexible alternating current transmission system (FACTS) device designed to control reactive power flow dynamically.

Key Features and Functions: High Voltage SVG

Dynamic Reactive Power Control: High Voltage SVG are capable of dynamic and rapid adjustments to the amount of reactive power they generate or absorb. This active control helps maintain voltage stability and mitigate voltage fluctuations caused by changes in load or system conditions.
Fast Response Time: One of the significant advantages of SVGs is their quick response time. They can quickly inject or absorb reactive power in response to changing system conditions, providing a more agile solution than traditional methods.
Voltage Support: High Voltage SVG contribute to voltage support by regulating the voltage levels at specific points in the power system. This is crucial for maintaining the reliability and performance of connected loads.
Power Factor Correction: SVGs can be used for power factor correction by actively managing reactive power flow. This ensures that the power factor remains close to unity, improving the overall efficiency of the power system.
Harmonic Filtering: Some SVGs have additional features to filter out harmonic distortions from the power system, contributing to improved power quality.

Applications: High Voltage SVG

Mitigation of Voltage Flicker: Voltage flicker can occur due to rapid load changes, especially in industrial applications. SVGs can mitigate voltage flicker by quickly compensating for changes in reactive power demand, ensuring a more stable voltage supply.
Power Factor Correction: SVGs contribute to power factor correction by actively managing reactive power flow. This helps maintain the power factor close to unity, reducing losses in the power system and improving overall energy efficiency.
Harmonic Filtering: Some SVGs are equipped with harmonic filtering capabilities. They can filter out harmonic distortions from the power system, improving power quality and preventing the adverse effects of harmonics on sensitive equipment.
Electric Arc Furnace (EAF) Operation: In industries such as steel production that use Electric Arc Furnaces, SVGs can be employed to provide reactive power support and enhance the stability of the electrical system during the operation of these high-power-consuming devices.
Grid Reinforcement: SVGs are used for grid reinforcement in areas where there are challenges with voltage control or where additional reactive power support is needed to strengthen the power grid.

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