PV inverter inductors—especially power inductors, toroidal inductors, and high-frequency chokes wound with flat copper wire—are key magnetic components ensuring the stable and efficient operation of the inverter.
Against this backdrop, dual-wound high current inductors, with their unique electromagnetic coupling structure and material advantages, demonstrate significant value in achieving automatic current balancing between phases.
Planar transformers, with their unique structural advantages, are becoming a key technology platform in the field of high-frequency power conversion. The core component—the planar transformer flat wire coil—is leading the innovation of magnetic components
As a key passive component in power management and energy conversion systems, energy storage inductor coils are overcoming the traditional contradiction between size and performance through material innovation, structural optimization, and precision manuf
In high-power power electronic systems such as new energy power generation, electric vehicle fast charging, and data center power supplies, energy storage inductors play a crucial role in energy storage, current smoothing, and electromagnetic interference
EV charging pile inductors must simultaneously meet stringent requirements such as high current carrying capacity, wide temperature range operation, low loss, and strong heat dissipation.