BYKCS Series Thyristor Switch

The BYKCS Series Thyristor Switch 600V stands out as a cutting - edge solution for Low Voltage Systems (Lv Systems), surpassing Abb Thyristor Switching Module and Epcos Thyristor Switch Module in high - voltage scenarios. Its Fast Switching Thyristor technology enables lightning - quick on - off control for 3 Phase Power Capacitors, Integrated Capacitors, and 3 Terminal Capacitors in 3 Phase Power systems.​This intelligent device excels in Reactive Power Compensation, precisely regulating Reactive Power In Capacitor to enhance Power Factor and optimize electrical efficiency. It also conducts advanced Harmonic governance，ensuring Quality Power flows through Power Distribution Lines, safeguarding Electrical Equipment. As a Safety Capacitor, it offers robust circuit protection, maintaining the stability of Capacitors In Circuit and ensuring reliable operation for industrial applications.

The BYKCS Series Thyristor Switch is a cutting - edge solution for enhancing Quality Power in Low Voltage Systems. Comparable to Abb Thyristor Switching Module and Epcos Thyristor Switch Module, it features a Fast Switching Thyristor for precise on - off control of 3 Phase Power Capacitors, Integrated Capacitors, and 3 Terminal Capacitors in 3 Phase Power setups.​This smart Thyristor Switch excels in Reactive Power Compensation, regulating Reactive Power In Capacitor and other Reactive Power Devices to boost Power Factor, crucial for industrial efficiency. It also conducts effective Harmonic governance，ensuring clean power in Power Distribution Lines and protecting Electrical Equipment. Acting as a Safety Capacitor, it offers reliable circuit protection, maintaining stability of Capacitors In Circuit. A must - have for optimizing power system performance.

The BYKCS Series Thyristor Switch Module revolutionizes dynamic reactive power compensation in low voltage electrical systems (LV). Engineered with Fast Switching Thyristor technology, this Thyristor AC Switch delivers ultra-responsive control for smart capacitor banks, ensuring seamless integration with 3-phase power networks. Ideal for improving power quality in industrial grid power stations, commercial facilities, and critical infrastructure, it eliminates harmonics, corrects three-phase electric imbalances, and optimizes energy efficiency.

The BYKCS Series Thyristor Switch Module revolutionizes reactive power compensation in LV (Low Voltage) electrical systems. Engineered as a composite switch blending solid-state thyristor AC switch speed and electromechanical reliability, it delivers sub-20ms capacitor switching to correct poor power factor and stabilize 3-phase power networks. Unlike legacy ABB Thyristor Switching Modules or Epcos Thyristor Switch Modules, our non-contact thyristor switch eliminates arcing via zero-crossing technology, slashing harmonic distortion (THDi <4%) and inrush currents (<3× rated) to safeguard power quality devices.Ideal for grid power stations, manufacturing plants, and data centers, this low-voltage composite thyristor switch (380V rated) dynamically mitigates three-phase electric imbalances (±5% phase deviation) while improving power quality metrics like voltage sags/flicker. Its fast-switching thyristor core (12V DC triggered) enables 1M+ operations—10× longer lifespan than GTO thyristors—with near-zero conduction loss (<0.5W/phase). Seamlessly integrates with low-voltage power analyzers for real-time reactive power compensation, reducing energy waste by 15% and preventing utility penalties in low-voltage electrical systems.

This series of dynamic switching switches consists of high-power anti parallel thyristor modules.photoelectric isolation circuits, triggering circuits, protection circuits, heat dissipation devices, etc.Used for onloff control of capacitive loads in low-voltage 400V svstems, without surge current,overvoltage, noise during operation, allowing for frequent switching,simple and convenient installation and wiring, especially suitable for supporting fast switching SVC low-voltage dynamic reactive power compensation devices.