Technical

Anti-interference and Reinforcement Protection Methodology for High-Voltage Power Supplies in Strong Electromagnetic Pulse Environments

Strong Electromagnetic Pulse (EMP) refers to an instantaneous electromagnetic radiation characterized by an ultra-short rise time, extremely high peak field strength and an ultra-wide frequency spectrum. It mainly includes Nuclear Electromagnetic Puls…

Extreme Low-temperature Start-up and Reliability Design Methodology for High-voltage Power Supplies of Polar Scientific Research Equipment

Polar scientific research constitutes a core academic field for global climate change studies, polar resource exploration, geophysical observation and astronomical monitoring. The Arctic, Antarctic and high-altitude polar regions feature extreme condi…

Total Ionizing Dose (TID) Hardening Design Methodology for High‑Voltage Power Supplies in Nuclear Radiation Environments

Nuclear radiation environments widely exist in nuclear power plants, nuclear fuel cycle facilities, radioactive waste repositories, nuclear technology application devices, nuclear emergency sites, space radiation zones and high-energy physics laborato…

Wide Temperature Range and Vibration & Shock Resistance Design Methodology for Aerospace Onboard High-Voltage Power Supplies

Aerospace airborne high‑voltage power supplies serve as core power components for military fighters, civil airliners, helicopters, UAVs, launch vehicles, satellites and space stations. They deliver stable high‑voltage bias and drive power for airbor…

High Reliability and Surge Protection Design Methodology for On-board High-Voltage Power Supplies in Rail Transit

Railway vehicle onboard high‑voltage power supplies serve as core power units for high‑speed trains, EMUs, subways, light rails, maglev systems and trams. They deliver stable high‑voltage power for traction auxiliary systems, train control, communi…

Miniaturization and Integrated Design Methodology for Downhole High-Voltage Power Supplies in High-Temperature and High-Pressure Oil & Gas Wells

Ultra‑high temperature and high‑pressure (HTHP) oil/gas wells dominate deep and ultra‑deep reservoir exploration. As shallow reserves deplete, drilling extends beyond 6,000 m, often exceeding 8,000 m. Downhole temperatures reach 200 ℃–250 ℃ with…

Insulation Design and Corona Suppression Methodology for High-Voltage Power Supplies in High-Altitude Low-Pressure Environments

High-altitude low-pressure environments are widely distributed across China’s Qinghai-Tibet Plateau, Yunnan-Guizhou Plateau and other plateau regions, as well as in aerospace, plateau scientific research, mountain wind power, plateau rail transit, pl…

High-concentration and Long-service-life Design Methodology for High-voltage Power Supplies of Ozone Generators in Drinking Water and Sewage Disinfection

Ozone features extreme oxidizing performance with no secondary pollution, widely applied in drinking water disinfection, municipal sewage treatment, advanced industrial wastewater purification, swimming pool sterilization and food processing sanitatio…

High Energy Output and Environmental Adaptability Design Methodology for High‑Voltage Power Supplies in Soil Remediation and Groundwater Treatment

Soil and groundwater pollution control ranks high in China’s ecological environmental protection agenda. Remediation of heavy‑metal contamination, organic pollutants and pesticide residues constitutes core tasks in ecological restoration. High‑volt…

High-precision and Anti-corrosion Design Methodology for High-voltage Power Supplies of Online Water Quality Monitoring and Analytical Instruments

Online water quality monitoring and analytical instruments serve as core equipment for water environmental supervision, wastewater discharge control and drinking water safety guarantee. Covering automatic surface‑water monitoring stations, pollutant …