PRODUCT OVERVIEWS

Performance Features

Harmonic Filtering

Utilizes multi-stage technology to effectively suppress harmonic content, filter harmonic distortion, and extend motor service life.

High Efficiency & Energy Savings

Offers strong overload capacity, reduces energy consumption by up to 40%, and features low partial discharge and low noise levels.

Versatile Design

Available in multiple structural configurations to meet the requirements of various frequency-conversion systems. Maximum capacity reaches 9000 kVA, supporting up to 72-pulse rectification.

Safe and Reliable Operation

Employs multiple winding configurations with high short-circuit withstand strength, combined with a dedicated forced-air cooling guidance system for superior heat-dissipation efficiency.

Manufacturing Process

Insulation Reliability

From early-stage 2D electric field simulations and 3D electric field measurements, to impulse characteristic testing, followed by theoretical analyses and simulation tests on main insulation, longitudinal insulation, end insulation, lead insulation, and coil insulation under lightning impulse voltage—ensuring overall insulation reliability.

Leakage Flux Calculation & Stray Loss Reduction

Conducts dedicated calculations and measurements of transformer leakage flux, designs shielding structures, and analyzes both dynamic and thermal stability. Research focuses on enhancing stability while reducing stray losses.

Precise Winding Temperature Field Analysis

Our proprietary winding temperature-field calculation program evaluates coil loss distribution and cooling airflow to accurately determine winding temperature distribution and hotspot rise, enabling targeted thermal management measures.

Partial Discharge Reduction

Electric field intensity at all critical points is carefully evaluated during the design stage and kept under strict control to minimize partial discharge.

PARAMETERS