BY96-ASVGC Low Voltage Hybrid Dynamic Reactive Power Compensation Device Wide Operating Range Metal Materials SVG Reactive Power Harmonic Hybrid Compensation Device 450V

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 Specifications of BY95-ASVGC  Hybrid Dynamic Filtering Compensation Device

Overview of BY95-ASVGC  Hybrid Dynamic Filtering Compensation Device

Discover the BY96 - ASVGC Low Voltage Hybrid Dynamic Reactive Power Compensation Device 450V series, a cutting - edge solution designed to revolutionize power quality management. Engineered by Baoyu Holding Co., Ltd., this advanced system combines Hybrid Dynamic Filtering Compensation and Hybrid Harmonic Filter technologies to address critical power issues effectively. Whether combating Harmonics in Power systems, reducing Harmonic Distortion Electrical, or enhancing Quality Power delivery, this device stands as a testament to innovative engineering. Its wide - operating - range metal materials ensure stability across diverse industrial environments, while the integration of Static Var Generation and Static Var System in Power System capabilities enables precise Reactive Power Compensation. By tackling Reactive Power Var fluctuations and implementing Automatic Power Factor Compensation, it significantly improves Power Factor Power Supply, eliminating Over Compensation in Power Factor issues and optimizing Industrial Power Factor Correction.

The BY96 - ASVGC series redefines hybrid compensation with its Hybrid Active Filter and Hybrid Power Filter configurations, offering a seamless blend of active and passive filtering. This Hybrid Var Generators system not only mitigates Harmonics Problems but also enhances overall power efficiency, making it ideal for industries demanding reliable Harmonic Filter Reactor performance. The Cabinet - Static Reactive Power Generator design ensures compact installation while delivering robust Active Reactive Energy management. With its ability to address Ac Voltage Low scenarios and manage Generator Active Power effectively, this device becomes an indispensable asset for facilities aiming to resolve Power Quality And Harmonics challenges. From harmonic governance to three - phase unbalance solutions, the BY96 - ASVGC series provides comprehensive Compensation for Power Factor Improvement, setting new standards in power quality enhancement and circuit protection. Trust in this hybrid solution to transform your power system into a model of efficiency and reliability.

Key Advantages of BY95-ASVGC  Hybrid Dynamic Filtering Compensation Device

1. Advanced hybrid dynamic compensation technology
BY96-ASVGC integrates SVG (static var generator) and APF (active power filter) technologies to provide comprehensive harmonic control and reactive power compensation functions. This hybrid design can dynamically track and eliminate harmonic distortion (3rd, 5th, 7th, 11th) while stabilizing reactive power fluctuations to ensure optimal power quality. It is very suitable for industrial power grids with severe harmonic pollution, solving harmonic control and reactive power compensation problems through a single solution, thereby reducing equipment redundancy and improving system efficiency.

2. Ultra-wide voltage range and grid adaptability
Designed for 450V systems, the device has a voltage tolerance of ±20% and performs well in unstable grid environments. Its wide operating range minimizes voltage sags/swells and mitigates three-phase imbalance issues, making it suitable for a wide range of applications from urban distribution networks to industrial facilities. By maintaining a stable voltage profile, it can extend equipment life, reduce downtime caused by power fluctuations, and ensure stable performance in global power grids.

3. Solid metal structure and high reliability
BY96-ASVGC is made of high-quality metal materials, with excellent durability and the ability to withstand harsh environments. Its sturdy housing and advanced cooling system ensure reliable operation in extreme temperatures and dusty environments. This design not only extends service life but also reduces maintenance costs, making it a cost-effective choice for long-term harmonic control and power quality improvement applications.

4. Millisecond-level dynamic stability response
The device uses an advanced DSP control system with a transient response time of less than 1ms, which can instantly adjust reactive power and stabilize grid voltage when load changes. This fast correction function eliminates voltage flicker and suppresses harmonic resonance, which is critical for sensitive industries such as data centers and manufacturing. By maintaining grid stability, it supports efficient energy utilization and meets international power quality standards.

5. Modular design, flexible installation
The BY96-ASVGC's scalable modular architecture can be easily customized to meet different power needs. Users can add or remove compensation modules based on load requirements, optimizing initial investment and improving future scalability. This design also simplifies installation and maintenance, reducing downtime and operational complexity. It is ideal for retrofitting existing systems or building new grids, providing unparalleled flexibility in harmonic control and reactive power compensation solutions.

6. Intelligent monitoring and data-driven optimization
The device is equipped with a built-in IoT monitoring system that provides real-time insights into power parameters (voltage, current, total harmonic distortion, power factor). Its intuitive interface supports remote diagnostics and predictive maintenance to minimize operational risks. By analyzing data trends, users can optimize compensation strategies to maximize power quality and save energy. This smart feature is in line with Industry 4.0 standards and provides companies with actionable intelligence for sustainable grid management.

Operation  Steps of BY95-ASVGC  Hybrid Dynamic Filtering Compensation Device

BY96-ASVGC is an advanced hybrid solution designed to optimize power quality by integrating static VAR generator (SVG) and active power filter (APF) technology. The device provides seamless harmonic control, dynamic reactive power compensation and three-phase unbalance correction functions, making it an ideal choice for industrial, commercial and public power grids. The following is a detailed breakdown of its operating steps, with industry-related keywords added for enhanced visibility and technical accuracy.
Step 1: Real-time grid parameter monitoring
The device continuously analyzes key electrical parameters through advanced sensors, including:
• Harmonic distortion (up to 50th)
• Reactive power demand (inductive/capacitive load)
• Voltage fluctuations and phase imbalance
• Power Factor (PF) Deviation
This data is processed through AI-driven algorithms to identify inefficiencies, ensuring that harmonic mitigation and power quality improvement opportunities are pinpointed.

Step 2: Adaptive strategy generation
The system uses instantaneous reactive power theory to calculate the optimal compensation requirements. Key measures include:
• Dynamic reactive power distribution: balance inductive and capacitive loads to achieve power factor ≥ 0.99
• Harmonic mitigation planning: Prioritize the dominant harmonic orders (e.g., 3rd, 5th, 7th)
• Three-phase unbalance correction: redistributes current between phases to minimize neutral stress
The hybrid architecture combines the fast response (≤5ms) of SVG with the precise harmonic elimination of APF, ensuring minimal energy waste and grid stability.

Step 3: Hybrid Pay Implementation
A. Reactive power optimization of SVG drive
• Dynamic voltage support: SVG modules inject or absorb reactive power to stabilize grid voltage
• Seamless mode switching: Automatically switches between constant reactive power, constant voltage and power factor control modes
• Wide operating range: metal material ensures reliability in extreme temperatures (-40°C to +70°C)
B. Harmonic suppression based on APF
• Active harmonic cancellation: generates counter current to eliminate harmonic distortion
• Adaptive filtering: for steady-state and transient harmonics of non-linear loads (e.g. inverters, rectifiers)
• Neutral current reduction: eliminates more than 90% of zero sequence harmonics

Step 4: Continue performance optimization
• Self-diagnostic feedback loop: monitors component health (e.g. IGBT temperature, capacitor life)
• Grid condition adaptation: real-time adjustment of compensation strategies to adapt to load fluctuations
• Energy efficiency tracking: provides actionable insights via a 7-inch touchscreen dashboard