Reactor

Precision-engineered for critical power systems, this High-Voltage Series Reactor delivers unparalleled Harmonic Filter Reactor performance, suppressing 5th-40th order distortions in Harmonic Systems to stabilize Ac Power Voltage across 3 Phase System Voltage networks. As an advanced Compensation Reactor, it optimizes Reactive Power Compensation by reducing Reactive Power waste 32% through intelligent 3 Phase Current to Power regulation, ensuring consistent 3 Phase Output for sensitive industrial loads. The Voltage Reactor functionality corrects phase imbalances while its reinforced Reactor Circuit provides electromagnetic damping against transient surges. Designed for reliable Reactor In Electrical System integration, these Quality Power Reactors feature Class H insulation (180°C rated) and enhance Electrical Reactor Function in capacitor banks. Key applications include manufacturing plants and renewable energy sites where its Reactor Electric design maintains ±0.9% voltage stability during 30% load fluctuations. Certified to IEC 60289 standards, this robust Reactor ensures harmonic immunity and grid resilience where premium Reactors are essential for mission-critical operations.

Introducing the CKSC-240/10-6 Three-phase High-Quality High-Voltage Series Reactor from Baoyu Holdings Ltd., a leader in smart power quality solutions. This premium High-Voltage Series Reactor excels as a Harmonic Filter Reactor, effectively mitigating Harmonic distortions in Harmonic System environments to enhance Electrical Reactor Function. Designed for robust Reactor In Electrical System applications, it optimizes Reactive Power Compensation and manages Reactive Power, ensuring stable Ac Power Voltage and improving overall Quality Power Reactors performance. Ideal for 3 Phase System Voltage setups, this Reactor regulates 3 Phase Current To Power flow, delivering reliable 3 Phase Output while safeguarding Reactor Circuit integrity. As a key Compensation Reactor, it addresses issues like voltage fluctuations and Harmonic interference, providing superior circuit protection and power quality enhancement in industrial grids. Trust our Reactors for efficient, long-lasting operation in demanding electrical networks. 

Introducing the CKFG-1.2/0.25-6% Series Low Voltage Series Reactor, a cutting-edge solution designed to optimize power quality and ensure reliable electrical system performance. As a 3-phase series 7% aluminum wire impedance reactor, this product is engineered to address critical challenges in harmonic management, reactive power compensation, and circuit protection. Ideal for industrial and commercial applications, it seamlessly integrates into AC power voltage systems, delivering robust solutions for harmonic filtering, voltage stabilization, and power factor correction.

The CKFG-0.9/0.25-6% Series Low Voltage Series Reactor by Baoyu Holdings Co., Ltd. is a cutting-edge solution designed to optimize power quality, enhance circuit protection, and deliver precise reactive power compensation in 3-phase electric systems. Engineered as a Harmonic Filter Reactor , this product mitigates harmonic distortion, safeguards against harmonic amplification, and ensures stable operation of capacitors in low-voltage applications (≤1kV). Its core function as a Reactor Electric lies in balancing 3 Phase System Voltage and regulating 3 Phase Current To Power, thereby improving the Power Factor Of Electricity and reducing energy losses .

The CKSC-240/10-12 Harmonic Filter Reactor is engineered to resolve harmonics in electrical systems and enhance power quality in power high voltage networks. Designed for 3 phase power applications, it delivers robust harmonic mitigation by neutralizing harmonics in power, such as 5th and 7th order distortions, while addressing three-phase imbalances for stable power in 3 phase system operations. Featuring a low-loss magnetic core and advanced electrical reactor function, it optimizes harmonic compensation and reactive power compensation, reducing energy waste and improving grid efficiency. Integrated circuit protection devices, including a high voltage protection circuit and over temperature protection circuit, ensure reliable electric power protection against surges and thermal overloads. Ideal for industrial plants, renewable energy grids, and critical infrastructure, this high-voltage series reactor excels as a power quality product, offering unmatched durability and compliance with global harmonic system standards. Trusted for circuit protection in demanding environments, it safeguards equipment and boosts operational uptime.

The CKSC-243/10-6 is a high-performance High Voltage Electric series reactor designed to address harmonics in electrical systems and improve power quality. Engineered for 3 phase energy applications, it effectively suppresses harmonics and resolves 3 phase power imbalances, ensuring stable operation in power high voltage environments. Featuring a low-loss design, this electrical reactor enhances electric power protection by minimizing harmonic distortion and optimizing reactive power compensation. Integrated with over temperature protection circuitand high voltage protection circuit technology, it safeguards equipment from thermal overloads and voltage surges. Ideal for industrial settings requiring circuit protection and power quality products, this anti-harmonic reactor delivers reliable 3 phase power system stability and energy efficiency. Trusted for electrical reactor function in critical infrastructure, it sets a benchmark in power compensation and harmonic suppression.

The CKSC-270/10-4.5 is a premium harmonic filter reactor engineered to suppress harmonics in power and stabilize power in 3 phase system grids. Designed for high-voltage applications (up to 10kV), it delivers harmonic mitigation (THD <3%) by blocking 2nd–25th order harmonics from non-linear loads like VFDs and rectifiers. As a series reactor, its electrical reactor functionbalances 3 phase energy distribution, resolving voltage asymmetry and minimizing line losses in industrial and substation networks.
Featuring a low-loss silicon steel core and advanced insulation, this anti-harmonic device enhances power quality harmonics while protecting circuit protection devices from harmonic-induced surges. Integrated high voltage protection circuit and over temperature protection circuit ensure reliability in harsh environments, safeguarding transformers, capacitors, and harmonic system integrity. Ideal for renewable energy plants, manufacturing facilities, and urban grids, it optimizes reactive power flow, complies with IEEE/IEC standards, and extends the lifespan of 3 phase power infrastructure.

The CKSC-252/10-6 is a premium high voltage series reactor designed for harmonic mitigationand power compensation in high voltage electric systems (up to 10kV). Engineered to enhance power quality harmonics and stabilize power in 3 phase system, it effectively suppresses harmonics in electrical system caused by non-linear loads, achieving anti-harmonicperformance with THD reduction below 3%. As a harmonic filter reactor, it integrates harmonic compensation and reactive power management, resolving 3 phase energy imbalances and minimizing line losses in substations and industrial grids.
Constructed with low-loss silicon steel and advanced insulation, this high voltage equipmentensures electrical reactor function reliability under extreme conditions. Ideal for high voltage power networks, it prevents voltage fluctuations, protects sensitive high voltage infrastructure, and complies with IEEE/IEC standards. Whether deployed in transformer substations or renewable energy plants, the CKSC-252/10-6 optimizes harmonic mitigation, enhances grid stability, and extends the lifespan of connected power high voltage equipment.

A filter reactor is appropriate for reactive power compensation and harmonic control systems. The filter reactor is linked with a capacitor and creates either minimal impedance or maximal impedance by utilizing the physical properties of LC resonance. It can either absorb or obstruct the harmonic voltage and current of the corresponding frequency in the power grid, thereby achieving the goal of harmonic filtering, maintaining the optimal value of the system’s power factor, and significantly enhancing the power quality of the power grid.

The CKFG Series Reactor by BaoYu Holding Technology Co., Ltd. is a High Quality solution designed for Series Reactor in Power System applications, delivering unmatched reliability in industrial and renewable energy grids. Engineered to stabilize Power Voltage and suppress harmonics, this reactor integrates Anti Harmonic technology to reduce 5th, 7th, and higher-order distortions (THDi <5%),Soft Starter Compatibility: Protects motors and drives from inrush currents, extending equipment lifespan.Voltage Stabilization: Dampens Power Voltage fluctuations caused by non-linear loads, enhancing grid reliability.Robust Construction:High-quality silicon steel cores and Class H insulation ensure  lower losses 

Dry-type iron core series reactor is used in low voltage reactive power compensation cabinet and connected in series with capacitor. When there are a large number of harmonic sources such as rectifier and converter in the low-voltage grid, the high harmonics generated will seriously jeopardize the safe operation of the main transformer and other electrical equipment. After series connection of reactor and capacitor, it can effectively absorb grid harmonics, improve the voltage waveform of the system, improve the power factor of the system, and effectively inhibit the closing inrush current and operating overvoltage, effectively protect the capacitor.

The CKSG Series Reactor by Baoyu Holding Technology Co., Ltd. is a critical Series Reactor in Power System, designed to enhance grid stability and mitigate harmonic distortion in industrial and renewable energy networks. As a high-performance Reactor Electric solution, this Series Reactor suppresses harmonics (5th, 7th, and higher orders), limits inrush currents, and stabilizes voltage fluctuations in low-voltage applications (up to 690V), ensuring compliance with international standards.

When compensating for capacitive reactive power, capacitors are often affected by harmonic currents,closing inrush currents, and operating process voltages, resulting in capacitor damage and power factor reduction. Therefore, a series reactor needs to be installed at the front end of the capacitor to suppress and absorb harmonics, protect the capacitor, avoid the impact of harmonic voltage and current, improve power auality, improve system power factor, and extend the service life of the capacitor.

The hiah-voltage series reactor is mainly connected in series with the high-voltage parallel capacitor to limit the closing inrush current during the switching process of the capacitor, suppress the distortion of the grid voltage waveform, control the harmonic component flowing through the capacitor, and eliminate the damage of harmonics and overcurrent to the capacitor. in addition, some power grids or electrical equipment also connect reactors for current limiting protection to limit sudden changes in current. With the continuous development of the power arid, as an indispensable eauipment in reactive power compensation devices,hiah-voltage series reactors are increasingly widely used.