Technical

High-energy Output and Synchronous Triggering Methodology for High-voltage Pulse Power Supplies of Nuclear Fusion Devices

Nuclear fusion energy represents the ultimate clean energy for humanity, featuring unlimited fuel reserves, zero pollution, intrinsic safety and ultra-high energy density. It is the core strategic solution to global energy crises and climate change. T…

High Reliability and Safety Interlock Methodology for High‑Voltage Power Supplies of Customs Container Inspection Accelerators

Customs container/vehicle inspection systems serve as core technical barriers for border security, anti-smuggling, counter-terrorism and contraband screening. Adopting high-energy X-rays generated by linear accelerators to penetrate containers, trucks…

High Efficiency and Radiation Adaptability Methodology for High-Voltage DC Power Supplies of Industrial Irradiation Accelerators

Industrial irradiation technology adopts ionizing radiation from high‑energy electron beams or gamma rays to realize advanced industrial applications including material modification, food sterilization, medical device disinfection, environmental trea…

Miniaturization and Long Service Life Design Methodology for High-Voltage Power Supplies of Industrial X-ray Non-Destructive Testing

Industrial X‑ray Non‑Destructive Testing (NDT) is a core technology for detecting internal defects, structural integrity, welding quality and assembly precision without damaging workpieces. Leveraging X‑ray penetration and material absorption diffe…

Multi-channel Consistency and Imaging Resolution Optimization Methodology for High-voltage Power Supplies of Gamma Cameras

A Gamma Camera is the core diagnostic device in nuclear medicine imaging and the key detection unit of Single-Photon Emission Computed Tomography (SPECT). By detecting gamma rays emitted from internal radionuclides, it enables functional organ imaging…

Redundancy Design Methodology for Multi-channel High-voltage Power Supply Systems of Large Collider Detectors

Large Hadron Colliders (LHC) and high-energy particle colliders are flagship mega‑science facilities for exploring microscopic matter structure, cosmic origins and fundamental physical laws. By accelerating and colliding high-energy particle beams, t…

High Reliability and Strong Impact Adaptation Design Methodology for High-Voltage Power Supplies for Switch Operation in Intelligent Distribution Networks and Ring Main Units

The smart distribution network acts as the “neural ending” of the new power system, connecting the transmission grid with end power users. Ring main units (RMUs), switchgear, circuit breakers and load switches are core primary equipment responsible …

High Precision and Long-term Stability Design Methodology for High-Voltage Power Supplies Used in Smart Grid Transformers and Metering Detection

Smart grid transformers and metering calibration equipment are legal core measuring instruments for power grid settlement, energy metering, condition monitoring and verification, covering voltage/current transformers, electronic transformers, energy m…

Fast Response and Low Harmonic Design Methodology for High-Voltage Power Supplies for New Energy Grid Integration and Power Quality Governance

New energy grid integration and power quality governance constitute the core foundation of the modern power system. Large-scale integration of wind and solar power introduces severe challenges including harmonic pollution, voltage fluctuation, three-p…

Wide Temperature Range and High Isolation Design Methodology for High-Voltage Power Supplies of Flexible HVDC Transmission and Converter Valve Control

Voltage Source Converter High‑Voltage Direct Current (VSC‑HVDC) technology underpins the modern power system, widely deployed for renewable integration, cross‑regional interconnection, island power supply, urban grid upgrading and offshore wind pow…