The HYFK series of composite switches combines thyristor and magnetic latching technology to achieve seamless Reactive Power Compensation. With zero-crossing switching and near-zero operating power consumption, the HYFK series of composite switches can achieve energy-saving voltage stabilization and eliminate surges in low-voltage systems.

The HYFK series of composite switches integrates thyristor modules in parallel with magnetic latching switches, revolutionizing low-voltage reactive power compensation. The hybrid design takes full advantage of the precise zero-crossing technology of the thyristor during the activation and deactivation phases, effectively eliminating surge currents that can damage capacitors and reduce system stability. During steady-state operation, the magnetic latching switch takes over, maintaining uninterrupted conduction while consuming very little power.

HYFK series compound switches excel in environments where reliable reactive power compensation is required. The ability of HYFK series compound switches to suppress voltage fluctuations ensures smoother operation of inductive loads such as motors and transformers, directly reducing line losses and improving grid efficiency. Eliminating switching surges prolongs the life of connected capacitors, reduces maintenance costs and reduces downtime.

The dual-mode operation of the HYFK series compound switch gives it unique advantages. The thyristor element ensures millisecond response time for precise compensation adjustment; the magnetic latching mechanism ensures quiet, vibration-free, and EMI-free performance.

HYFK series composite switches comply with GB/T 14048.4-2010 standard, ensuring reliability under extreme conditions. Rugged insulation materials and moisture-proof coatings enable deployment in harsh environments from coastal substations to desert solar farms.

As all industries pay more and more attention to energy efficiency, the HYFK series composite switch has always been at the forefront of smart grid innovation. The HYFK series composite switch adaptive design supports integration with the IoT power management system to achieve real-time monitoring of compensation effects and predictive maintenance alerts.