Nuclear
Leveraging our market-leading positionwith over 98% market share in synchronization products within the nuclear powersector, along with our industry-leading technology in fast transfer switchingdevices, we provide an integrated solution combining: Precision Synchronization, Seamless Power Transfer(Zero-Interruption Switching), Intelligent Inrush Current Suppression.
This comprehensive solution is tailoredto critical nuclear scenarios, including: Primary pump power supply within thenuclear island, Generator synchronization in theconventional island, Emergency power source transfer andswitching.
Our solution ensures Zero-interruption power continuity, Minimal electrical impact duringswitching, Stable operation throughout the entireequipment lifecycle.
All while meeting the strictrequirements of nuclear safety regulations for electrical systems.
Upon main power failure, the transfer logic initiates within 5 ms. Coordinated with high-speed vacuum circuit breakers, the end-to-end transfer time is ≤ 20 ms, ensuring uninterrupted supply to critical loads.
Guarantees uninterrupted operation of essential systems such as reactor cooling pumps and emergency boron injection pumps during source transfer, preventing core meltdown and radioactive leakage risks.
Utilizes the “residual and bias magnetic flux counteraction” method to suppress magnetizing inrush currents and switching overvoltages from transformers and capacitor banks, preventing misoperation of protection systems.
Optimizes circuit breaker closing timing, reduces arc re-ignition risk, and safeguards sensitive nuclear island equipment, thereby prolonging service life.
Designed to withstand high temperature, high humidity, and radiation exposure, ensuring long-term stable operation in harsh nuclear power environments.
Enables remote monitoring and intelligent diagnostics, providing real-time visibility into equipment status and improving operation & maintenance efficiency.
In a large nuclear power plant, our solution has demonstrated the following results:
Enhanced Power System Stability
Continuous power supply to critical loads reached 100%, eliminating equipment downtime caused by power source transfers.
Extended Equipment Lifespan
Through inrush current suppression and overvoltage protection, equipment failure rates were reduced by 30%,significantly extending service life.
Improved O&M Efficiency
Intelligent monitoring and diagnostic functions reduced the frequency of manual inspections, markedly improving operation and maintenance efficiency.
