Products

Optimize 3-phase power systems with the JKG2B Series, a next-gen reactive power compensation controller tailored for 3-phase low voltage (380V) networks. This multifunctional power instrument combines real-time power quality monitoring, automatic power factor correction, and three-phase imbalance correction to enhance power quality and minimize low loss energy waste. Its advanced power quality meter functionality provides precise measurement of 3-phase current, active/reactive power, and voltage levels, while detecting power quality harmonics to safeguard sensitive power quality equipment. Engineered for smart grid compatibility, the controller enables intelligent load balancing across 3 phases of power, stabilizing reactive voltage and ensuring seamless 3-phase electrical power distribution. Ideal for industrial and commercial applications, it supports reactive compensation in dynamic load environments, resolving reactive power inefficiencies and aligning with global power energystandards. With dual-display capabilities for active/reactive energy analytics and robust 3 phase 3 phase coordination, the JKG2B Series delivers unmatched precision in power of 3 phasemanagement and 3-phase energy optimization.

Optimize power quality and enhance energy efficiency with the BY71 Series, a premium single-phase power capacitor designed for shunt capacitor compensation in low-voltage AC systems. Engineered with metallized polypropylene film and advanced self-healing technology, this 450V AC shunt capacitor ensures high reliability and minimal capacitor power consumption in demanding environments. Its compact cylindrical design reduces installation space while delivering robust reactive power compensation, improving power factor correction and stabilizing power system capacitors in industrial, commercial, and residential grids. The low-voltage capacitor excels in shunt capacitor compensation applications, neutralizing inductive loads to reduce line losses and optimize electric capacitor performance. With a focus on durability, the BY71 features long service life due to its self-healing dielectric layer, which automatically repairs minor dielectric breakdowns without interrupting operations. Ideal for single-phase capacitor networks, it supports function of AC capacitor requirements in HVAC systems, solar inverters, and motor-driven equipment. Compliant with global safety standards, this one capacitor solution ensures stable capacitor power delivery, making it a cornerstone of efficient power capacitor systems.

Elevate power quality and energy efficiency with the BY71 0.45-25-3 Series, a three-phase capacitor engineered for low-voltage capacitor systems (450V AC) requiring robust shunt capacitor compensation. Featuring metallized polypropylene film and high-reliability self-healing technology, this low-loss cylindrical capacitor automatically repairs dielectric faults, ensuring uninterrupted performance and long service life in industrial and commercial grids. Designed for three-phase power networks, it delivers 25 kVar capacity to neutralize inductive loads, correct power factor, and stabilize electrical power quality across motors, transformers, and heavy machinery. The compact cylindrical design optimizes space in electrical panels, while its low capacitor power consumption reduces operational costs. As a power system capacitor, it excels in shunt capacitor applications, mitigating reactive imbalances and harmonic distortions. With self-healing shunt capacitor resilience and RoHS compliance, it ensures reliable capacitor compensation for HVAC systems, solar farms, and smart factories. This one capacitor solution combines ac power capacitor precision with IoT-ready monitoring, aligning with global energy standards for sustainable, high-efficiency power management.

The BYB1-63 MCCB is a high-breaking-capacity circuit breaker designed for single-phase low-voltage systems (400V), delivering unmatched electrical protection against overload and short circuit, over voltage and under voltage, and over current in modern electrical grids. Ideal for single-pole MCB for AC applications, this miniature circuit breaker ensures low power loss while enhancing power quality in electrical supply networks, substations, and inverter overload protection circuits. Compatible with MCCB Schneider standards, it features precision MCCB trip mechanisms for high-impedance and low-impedance differential protection, safeguarding single-phase devices, output protection circuits, and EMC/gate protection circuits from damage.Engineered for modern electrical systems, it integrates over-voltage and under-voltage protection to stabilize power quality in power systems, making it a critical power quality device for electrical CCT solutions. With robust speaker short circuit protection and compatibility with 1-phase, 2-phase, and 3-phase setups, the BYB1-63 offers versatile circuit solutions for residential, commercial, and industrial settings. Its compact design aligns with miniature circuit breaker types while providing cost-effective miniature circuit breaker price performance. Perfect for motorized circuit breakers and electrical grid upgrades, this MCCB ensures compliance with Schneider 50A specifications, delivering reliability for over voltage in power systems and improving power quality across applications.

Introducing the BYB1-63 High Quality Capacity Miniature Circuit Breaker, a 3 Phases 380V Low Voltage MCCB designed for robust circuit protection in three-phase electric systems. Engineered to enhance power quality and ensure reliable power protection this MCCB features advanced functions like Over Voltage And Over Current Protection, Over Voltage And Under Voltage Protection, and Speaker Short Circuit Protection, making it ideal for safeguarding three-phase equipment and power distribution setups. As a versatile miniature circuit breaker, it aligns with Mccb Schneider standards and includes Mccb Trip technology for precise fault interruption, ensuring minimal downtime and low loss. Suitable for use as a Circuit Breaker In Substation or in industrial applications, this model covers various Miniature Circuit Breaker Types, offering a competitive Miniature Circuit Breaker Price without compromising on safety. Equipped with Emc Protection Circuit, Gate Protection Circuit, and High Impedance And Low Impedance Differential Protection, it ensures stable performance in 380 Volt 3 Phase systems, providing comprehensive Output Protection Circuit and reliable operation for three-phase voltage and power distribution needs. Trust this High breaking capacity circuit breaker to deliver consistent protection and efficiency for your circuit protection requirements.

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.

Boost power system efficiency with BaoYu's advanced Three-Phase Imbalance Correcting Device & System, designed for 3-phase low voltage networks (0.4kV). This intelligent control solution tackles voltage imbalance and harmonics in electrical systems through dynamic reactive power compensation, harmonic compensation, and phase-segregated compensation. Ideal for 3-phase electric systems, it integrates anti-harmonic technology with three-phase imbalance adaptive correction to stabilize power quality in power systems, ensuring compliance with global standards.
Featuring real-time monitoring and high-efficiency energy savings, the device mitigates 3-phase voltage imbalance and optimizes electrical equipment performance in industrial and commercial settings. Its low-voltage reactive power compensation capability supports 3-phase 4-wire configurations, while robust anti-interference design guarantees reliability in harsh environments. As a China 3-phase electric innovation, it combines harmonic governance and reactive power compensation into one compact system, reducing downtime and operational costs.
Trust BaoYu’s expertise in power quality and harmonics solutions for three-phase imbalance correction that enhances grid stability and energy efficiency worldwide.

The BY96-SPC is a cutting-edge three-phase imbalance correction device engineered to optimize power quality in global 3-phase low voltage grids (0.4kV). Designed for China power of 3 phase infrastructure and beyond, it resolves voltage imbalance and harmonics in power through split-phase compensation and harmonic mitigation (<3% THD). By dynamically redistributing China 3-phase current loads across phases, it corrects 3-phase voltage imbalance while integrating harmonic compensation with reactive power control for unified grid stability.Equipped with intelligent control and real-time monitoring, the device ensures efficient energy savings by balancing inductive/capacitive loads and suppressing harmonics in electrical system from non-linear equipment. Its adaptive correction algorithms enable three-phase imbalance adaptive correction in 3-phase 4-wire networks, while anti-interference shielding guarantees reliability in noisy environments. Ideal for industrial, commercial, and renewable energy systems, the BY96-SPC enhances power quality and harmonics compliance, reduces energy losses, and protects sensitive 3-phase electric equipment worldwide.

The BY92-SVG is a cutting-edge Static Var Generator (SVG) designed for dynamic reactive power compensation in 3-phase power systems, optimizing power quality in power system for industrial and commercial applications. This SVG in electrical networks delivers rapid var compensation in power systems, resolving three-phase imbalance via adaptive correction and suppressing harmonics in power with integrated harmonic mitigation (<3% THD). Its intelligent power factor correction system ensures efficient energy savings by balancing electrical reactive power and real power flow, achieving near-unity power factor. Compatible with low-voltage power (0.4kV) and 3-phase 4-wire configurations, it features real-time monitoring of power current, voltage stability, and power quality harmonics, while anti-interferencetechnology guarantees reliability in noisy environments.Ideal for low-voltage var compensation, the SVG Static Var Generator combines harmonics and var compensation integration to stabilize grids, reduce line losses, and protect sensitive reactive power devices. Whether addressing static var compensation in factories or enhancing power quality in urban infrastructure, this SVG electrical solution ensures compliance with global standards while maximizing grid efficiency.

The BY92-SVG series is a cutting-edge Static Var Generator (SVG) designed for 3-phase power systems, delivering dynamic reactive power compensation to optimize power quality in low-voltage networks. Ideal for Var compensation in power systems, this SVG electrical solution seamlessly integrates harmonic mitigation with reactive power management, addressing harmonics in power and ensuring anti-harmonic performance. Featuring 3-phase electric adaptive correction, it resolves three-phase imbalance through self-adaptive correction, while its intelligent power factor correction system enables real-time monitoring and smart control for efficient energy savings. Engineered for low-voltage var compensation, it combines dynamic var compensation control with anti-interference technology, offering harmonics and var compensation integration for industrial and commercial applications. Enhance grid stability, reduce losses, and ensure compliance with power quality harmonics standards using this SVG in electrical infrastructure. A compact, high-efficiency solution for 3-phase 4-wire systems, the BY92-SVG series redefines static var compensation in modern power networks.

The BY91-APF/50A-0.4/4L-B is a premium Active Power Filter (APF) designed for advanced harmonic analysis and suppression in 3-phase power systems. Leveraging Shunt Active Power Filter Working technology, it dynamically neutralizes power quality harmonics (2nd to 50th order) generated by nonlinear loads in 3-phase electric grids, achieving THD below 5%. Its current source active filter architecture enables precise harmonic mitigation, while dynamic reactive power compensation stabilizes 3-phase voltage fluctuations and corrects three-phase imbalance compensation in real time.Equipped with intelligent control, the system performs three-phase unbalanced adaptive correction and low-voltage reactive power compensation, optimizing energy efficiency in low-voltage power networks. The hybrid active and passive filters for harmonics ensure robust power filtering, complemented by real-time monitoring of low power electricity parameters and anti-interference shielding for harsh environments. As an automatic harmonic filter, it autonomously adapts to load variations, reducing line losses and enhancing power quality in industrial plants, commercial buildings, and renewable energy systems. With high-efficiency energy-saving performance and compliance with IEEE 519 standards, this electrical harmonic filter safeguards electrical supply stability, extends equipment lifespan, and cuts operational costs.