Technical

Wide Temperature Range and Low Power Consumption Design Methodology for High‑Voltage Power Supplies of On‑line Monitoring and Ice‑melting Devices for High‑Voltage Transmission Lines

High‑voltage transmission lines serve as the backbone of the national power grid, enabling cross‑regional energy allocation, west‑to‑east power transmission and large‑scale renewable power delivery. Online monitoring devices act as “remote eyes”…

High Pulse Precision and High Energy Output Design Methodology for High-Voltage Power Supplies Used in Power Grid Lightning Impulse and Surge Protection Tests

High-voltage power supplies for grid lightning impulse and surge protection testing serve as core experimental equipment for insulation performance evaluation, lightning protection component verification and surge protective device (SPD) certification…

High Reliability and Anti-interference Design Methodology for High-voltage Power Supplies of Power System Relay Protection and Fault Recording

Power system relay protection and fault recording devices form the core safety barrier for stable grid operation. They perform rapid fault identification, accurate faulty line tripping and complete fault data recording, preventing fault escalation and…

Ultra-low Noise and High Sensitivity Design Methodology for High-voltage Power Supplies Used in On-line Partial Discharge Monitoring of Power Equipment

On‑line partial discharge (PD) monitoring serves as a core technical guarantee for the safe operation of power transmission and transformation equipment. Widely deployed on transformers, GIS, switchgears, power cables, instrument transformers and cap…

High Pulse Energy and Precise Positioning Adaptation Design Methodology for High‑Voltage Power Supplies Used in Power Cable Fault Detection and Location

Power cables serve as the core medium for power transmission in urban distribution networks, industrial plants and new energy power stations. With large-scale underground grid renovation and booming renewable energy construction, cable usage has grown…

High-rate Charge-Discharge and Long Cycle Life Design Methodology for High-Voltage Power Supplies of Power Energy Storage Systems and PCS Converters

Energy storage systems are core infrastructure for new power grids, enabling renewable energy absorption, peak shaving & frequency regulation, tariff arbitrage and emergency backup power. The Power Conversion System (PCS) acts as the key bidirecti…