Rail Transit
Reactor
A reactor, also known as an inductor, is a component that converts electrical energy into magnetic energy for storage.
Possessing a certain inductance, it restricts sudden changes in line current.
It is mainly used to limit short-circuit current, suppress inrush current during capacitor switching, and attenuate high-order harmonics in power systems.
Possessing a certain inductance, it restricts sudden changes in line current.
It is mainly used to limit short-circuit current, suppress inrush current during capacitor switching, and attenuate high-order harmonics in power systems.
FUNCTION
Product
features
TECHNICAL
Technical
support
01
Support for large-scale flexible production
Relying on fully automatic winding systems, precise tension control and vacuum impregnation processes, we achieve efficient, large-scale production of various reactors ranging from low-voltage filtering to high-voltage smoothing.
The production line supports rapid model changeover, flexibly meeting diverse and customized delivery requirements for new energy power generation (PV/wind power), electric vehicle charging, industrial frequency conversion, power quality management and other applications.
02
Customized electromagnetic and structural design services
Our R&D team can deliver complete electromagnetic design, loss analysis and simulation optimization according to customers’ specific application circuits, target inductance, current (including harmonic spectrum) and temperature rise requirements.
We support structural selection of iron cores, magnetic powder cores, air cores and other types, and conduct application verification and process development for new high‑saturation magnetic density materials with low loss.
03
Full-process performance and reliability verification system
We have established a full-chain testing and quality control system covering everything from magnetic core material properties and wire insulation class, to finished product electrical performance (L‑I curve, loss, temperature rise, withstand voltage, insulation resistance), mechanical characteristics (noise, vibration) and environmental durability (damp‑heat cycling, thermal shock).
This ensures stable performance, safety and reliability of products throughout their full life cycle.