Active Filter Power | Advanced Power Conditioning for Industrial Applications

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.

Active Filter Power / APF

The Wt-APF (Active Power Filter), also known as APF or AHF, represents an innovative power electronic device designed for dynamic suppression of harmonics and compensation of reactive power. Its operation involves utilizing current for load current detection, extracting harmonic components in the load current through internal GSP (Generalized Synchronous Reference) calculation. Subsequently, it controls the inverter to produce a harmonic current that matches the load harmonic current but in the opposite direction. This is achieved by driving Insulated Gate Bipolar Transistors (IGBTs) to inject this harmonic current into the power grid, effectively achieving harmonic filtering.

Cooling methodSmart air cooling
Noise <70dB
Working frequency50/60HZ +-5HZ
Operating frequency21.6KHZ

Learn More

An Active Power Filter (APF) is a device used in power systems to mitigate harmonic distortion and improve power quality. Harmonic distortion refers to unwanted harmonic frequencies in the electrical power system resulting from non-linear loads such as electronic equipment, variable speed drives, and other electronic devices. The main purpose of an Active Power Filter is to actively eliminate or reduce these harmonic currents and voltages and correct power factor issues in the electrical system.

Features of Active Power Filter

Here are some typical characteristics:

Harmonic Compensation: Active Power Filters are designed to mitigate harmonic distortions in electrical systems, especially those caused by non-linear loads.
Real-time Monitoring: APFs often incorporate real-time monitoring of electrical parameters such as current, voltage, and power factor. This information is crucial for the control system to generate appropriate compensating currents.
Power Factor Correction: Many APFs offer power factor correction by compensating for reactive power. Morever, this helps improve the system's overall power factor.
Adaptive Control Algorithms: Advanced APFs may use adaptive control algorithms that adjust their operation based on changing system conditions, ensuring optimal performance.
Fast Response Time: APFs are known for their quick response times, allowing them to quickly adapt to changes in the electrical system and provide effective compensation.
Modularity: Some APFs are designed with modularity in mind, also allowing for easy scalability based on the application's specific needs.
Efficiency: Efficient operation is a key feature, as APFs aim to provide compensation with minimal losses in the system.
Communication Interfaces: Integration with communication interfaces such as Modbus or Ethernet may be included, enabling easy monitoring, control, and communication with other devices in the power system.

Applications: Active Power Filter

Here are some common uses of Active Power Filters:

Harmonic Mitigation: The primary purpose of APFs is to mitigate harmonic distortions in electrical systems. They also eliminate or reduce harmonic currents and voltages generated by non-linear loads such as variable speed drives, rectifiers, and other power electronics.
Power Factor Correction: APFs can improve power factor by compensating for reactive power in the system. This is particularly important in industrial settings where poor power factors can lead to increased energy consumption and reduced system efficiency.
Commercial and Industrial Facilities: APFs find applications in various commercial and industrial facilities where non-linear loads are prevalent. Examples include manufacturing plants, data centres, and facilities with a high concentration of electronic equipment.
Renewable Energy Integration: In renewable energy systems, such as wind farms and solar power plants, APFs may enhance power quality and grid integration. They can help mitigate issues related to the intermittent nature of renewable energy sources.
Sensitive Electronic Equipment Protection: Facilities with sensitive electronic equipment, such as hospitals, research laboratories, and telecommunications centres, use APFs to ensure a clean and stable power supply, also reducing the risk of equipment malfunctions due to harmonic distortions.

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