BY95-ASVGC Modular Compensation Cabinet SVG APF Hybrid Dynamic Reactive Power Compensation 415V

Structure of BY95-ASVGC Hybrid Dynamic Compensation Device

• Manages operating modes and configuration parameters for both LC and SVG systems
• Real-time visualization of electrical parameters: active/reactive power, compensation before/after, waveform graphs
• Monitors SVG-LC state transitions and system interactions
• Equipped with 18 configurable I/O channels for flexible SVG-LC topological combinations

• Instantaneous reactive power response (<5ms)
• Compensates both over/under reactive conditions
• Achieves unity power factor (0.99+) with zero-crossing switching
• Handles rapid load variations (500%/s dynamic response)

• Provides base reactive power compensation
• Optimized for steady-state load conditions
• Compensates harmonic currents up to 25th order
• Offers modular capacity expansion (100kVar per step)

Main Technical Parameter Information

BY95-ASVGC Overview

The BY95-ASVGC Modular Compensation Cabinet by Baoyu Holdings Ltd., a state-of-the-art solution designed to optimize Electrical Reactive Power management and enhance Power Quality Harmonics mitigation in 415V systems. This advanced Reactive Power Compensator combines SVG (Static Var Generator) and APF (Active Power Filter) technologies, delivering Dynamic Reactive Compensation for industrial and commercial applications. Engineered to address Real Reactive Power imbalances and improve Power Factor Electric efficiency, the cabinet ensures seamless Var Compensation while reducing energy losses in Distribution Power networks. Its Active Dynamic Filter technology effectively neutralizes harmonic distortions, providing robust Harmonic Compensation and safeguarding Compensation In Power System stability. As a versatile Reactive Compensation Equipment, it integrates a Static Reactive Power Generator to adapt to fluctuating loads, ensuring compliance with grid standards and enhancing operational reliability. Leveraging the latest advancements in Power Quality Harmonics control, this modular system offers scalable configurations for diverse energy environments, aligning with global efforts to promote sustainable infrastructure as highlighted in collaborative industry dialogues. Optimize your energy efficiency, reduce costs, and achieve unparalleled performance with the BY95-ASVGC—your ultimate solution for Dynamic Reactive Compensation and harmonic mitigation.

Key Advantages

1. It can filter out harmonic currents below 2~50 times at the same time, so that the current distortion rate of the power supply side is THDI<3% at full load, and THDI<4% at half load;

2. Working mode: filter harmonics, reactive power compensation, filter harmonics and reactive power compensation, and set the priority of functions;

3. Using sliding window iterative DFT detection algorithm, fast calculation speed, instantaneous response time is less than 0.1ms, device compensation full response time is less than 10ms;

4. The original adaptive current average value control algorithm is adopted to narrow the frequency spectrum of the high-frequency harmonics generated by the IGBT of the device itself, and the output current distortion rate is less than 2.5%;When the three-phase load current is unbalanced, the filter can normally compensate and eliminate the unbalance phenomenon;

5. Using reliable current limiting control links, when the harmonic current in the system is greater than the device capacity of the active filter, the filter can automatically limit the current at 100% capacity output.

6. The switching device adopts the IGBT of the international famous brand, which is extremely reliable, combined with the unique active clamping technology, to ensure that the IGBT will not have an over-voltage explosion tube failure under any extreme conditions.

7. The main circuit adopts 3H bridge type three-level structure, the output waveform quality is high, and the switching loss is lower.

8. Adopting high-definition touch screen, easy to operate, real-time display system and device operating parameters on the screen, with fault alarm and recall function;

9. The output filter adopts the LCL structure, which not only prevents the high-order harmonics generated by the IGBT high-frequency switch during APF compensation from being injected into the grid, the compensation effect is better, and it is also adaptable in any on-site grid system impedance, resonance will not occur, ensuring the safety of the installation;

10. devices can be connected in parallel and only one FPGA controller can be used for centralized control.

11.The input end of the active filter is equipped with a reliable lightning surge protection device. When a lightning wave occurs, the protection device plays a protective role and does not damage the equipment.

Application of the Product