BYKXG/S/480-20/P7 Series - 480V 20kvar Dynamic Reactive Compensator with Adaptive Harmonic Mitigation & Grid Load Balancing

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Main Datas of BYKXG/S/480-20/P7  Series Anti-harmonic Intelligent Capacitor

Overview of BYKXG/S/480-20/P7  Series Anti-harmonic Intelligent Capacitor

The BYKXG/S/480-20/P7 Series is a cutting-edge solution engineered to address critical challenges in modern electrical systems, including power quality harmonics, three-phase imbalance, and reactive power inefficiencies. Designed for industrial and commercial applications, this anti-harmonic intelligent capacitor integrates dynamic reactive compensation control and harmonic mitigation to ensure stable grid performance. Equipped with 3-phase capacitortechnology, it dynamically adjusts reactive power to offset lagging or leading currents, optimizing energy efficiency and reducing operational costs. Its adaptive harmonic filter capacitor actively suppresses harmonics up to the 50th order, resolving harmonics problems caused by nonlinear loads like variable frequency drives, rectifiers, and LED lighting.The system employs multi-three-phase synchronization measurement to monitor voltage, current, and power parameters in real time, enabling precise harmonic compensation and grid load balancing. Built with low-voltage power capacitor modules, it supports flexible scalability for diverse industrial 3-phase power setups. The anti-harmonic filter functionality minimizes harmonic distortion (THDi <5%), protecting sensitive equipment from overheating and premature failure. With anti-interference design and advanced algorithms, it ensures reliable operation in electrically noisy environments. Compliant with global standards, this high-quality capacitorseries enhances electrical power quality while extending the capacity of the capacitor bank lifespan. Ideal for manufacturing plants, data centers, and renewable energy systems, it delivers a robust introduction of power quality improvements, reducing downtime and maintenance costs

The BYKXG/S/480-20/P7 Series excels in three-phase unbalanced adaptive correction, automatically redistributing loads to neutralize imbalances and prevent voltage fluctuations. Its harmonic filter capacitor technology combines suppression capacitors and real-time harmonic and interharmonic analysis to isolate and neutralize disruptive frequencies, ensuring compliance with IEEE 519 standards. The power capacitor 3-phase design includes self-healing metallized film technology, enhancing durability and safety under high-stress conditions.As a leader among capacitor vendors, this system integrates power quality equipment such as embedded sensors and IoT-ready communication interfaces (RS485/Modbus), enabling remote monitoring and predictive maintenance. The capacitor frequency response is optimized for rapid adjustment, achieving compensation within 20ms to maintain grid stability during load transitions. Key innovations like capacitor low-loss design and intelligent capacitor numberingprotocols simplify installation and troubleshooting. By addressing harmonics in electrical systems and improving power quality and harmonics metrics, this solution significantly boosts energy efficiency—reducing line losses by up to 30%—while supporting sustainable operations. Whether deployed in steel mills, hospitals, or solar farms, the BYKXG/S/480-20/P7 Series stands as a benchmark for improving power quality in the era of smart grids.

BYKXG/S/480-20/P7 series anti-harmonic intelligent capacitor main features

• Anti-harmonic smart capacitors – integrate dynamic reactive power compensation control and harmonic suppression to achieve stable power quality.
• Three-phase capacitor technology – provides accurate three-phase compensation to eliminate load imbalance and improve power quality.
• Multi-phase synchronous measurement – ​​real-time monitoring of voltage, current and harmonics in industrial three-phase power systems.
• Harmonic and interharmonic analysis – Identify and resolve harmonic issues up to the 50th order, ensuring compliance with international standards.
• Adaptive harmonic filtering capacitors – actively suppress harmonics in electrical systems (THDi <5%) to protect sensitive equipment.
• Low Voltage Power Capacitor Design – Scalable modules for flexible deployment of low voltage power capacitors in different settings.
• Three-phase unbalance adaptive correction – automatically redistributes load to eliminate voltage fluctuations and imbalances.
• Interference suppression capacitors – Robust shielding and algorithms ensure reliability in electrically noisy environments.
• High-quality capacitors – Self-healing metallized films improve the quality and life of capacitors under high voltage conditions.
• Capacitor harmonic filter – combines harmonic compensation and grid load balancing to reduce energy losses by 30%.
• IoT-enabled power quality devices – RS485/Modbus interface enables remote monitoring and predictive maintenance.
• Certified capacitor supplier solutions – meeting global standards for power quality and harmonic optimization.

YKXG/S/480-20/P7 series anti-harmonic intelligent capacitors: working principle of key components

1. Anti-harmonic smart capacitors and adaptive filtering
Anti-harmonic smart capacitors are at the heart of harmonic mitigation, combining harmonic filter capacitor technology with real-time analysis to eliminate harmonics in power systems. These capacitors use embedded sensors to detect harmonic frequencies (up to 50th) and activate suppression capacitors to absorb interfering currents. They are integrated with capacitor harmonic filters to dynamically adjust the capacitor frequency response to grid conditions, minimizing harmonic issues such as voltage distortion and equipment overheating. The self-healing metallized film design ensures the quality and durability of the capacitors, while the capacitor low-loss technology reduces energy waste. The system complies with the introduction of power quality standards, ensuring a total harmonic distortion (THDi) of less than 5%, thereby achieving stable power quality.

2. Dynamic reactive power compensation control module
The module uses a three-phase capacitor array and advanced algorithms for dynamic reactive compensation control to balance inductive and capacitive loads in industrial three-phase power systems. Power quality harmonics are continuously analyzed through multiple three-phase synchronous measurement devices, the optimal reactive power demand is calculated, and the capacity of the capacitor bank is adjusted within milliseconds. The low-voltage power capacitor design ensures fast response to load fluctuations, corrects power factor deviations, and reduces line losses by up to 30%. Its anti-interference circuitry shields electromagnetic noise and maintains accuracy in harsh environments. This process directly contributes to improving power quality and complying with global power quality equipment regulations.

3. Multiple three-phase synchronous measurement system
The system uses a high-speed DSP processor to perform multi-phase synchronous measurements, monitoring voltage, current and phase angle of all phases simultaneously. It detects imbalance and harmonics in the grid and feeds the data to the three-phase unbalance adaptive correction module. By analyzing the harmonic spectrum (including interharmonics), it can identify distortion sources (such as non-linear loads) and trigger targeted harmonic compensation. The capacitor numbering protocol ensures accurate tracking of individual high-quality capacitors, thereby optimizing their deployment for grid load balancing. This real-time monitoring is critical to maintaining power quality and harmonic stability in applications such as manufacturing plants and renewable energy grids.

4. Three-phase unbalanced adaptive correction unit
The device uses artificial intelligence algorithms to solve harmonic problems and phase imbalance. It dynamically redistributes reactive power in the three-phase system of power capacitors to offset asymmetrical loads and achieve adaptive correction of three-phase imbalance. By integrating with an anti-harmonic filter network, it can suppress negative sequence current and neutral line overload, preventing voltage sags and equipment damage. Capacitor frequency modulation can adapt to different grid conditions, while suppression capacitor arrays can suppress transient surges. As a leader among capacitor suppliers, this innovation ensures compliance with power quality standards such as IEEE 519, making it an ideal choice for industries that are sensitive to industrial three-phase power needs, such as data centers and hospitals.

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