Lower partial discharge
  The insulation structure is optimized viacalculating electric field on different kinds of insulation voltage test conditions, and then insulation partitions along the electrical field are precisely arranged to reduce the partial discharge. With excellent manufacturing process, high quality raw materials and strict production environmental control, lower partial discharge and higher reliability of transformers can be achieved.

  No-load losses of products can be reduced by optimizing design and manufacturing of the core. The load losses can be effectively reduced by winding optimization. Meanwhile, the careful selection and arrangement of shielding structure controls the stray field and reduces additional losses in the structural parts caused by magnetic flux leakage.

Lower noise
  The use of advanced silicon steel sheets, suitable induction and pressure on core sheet can decrease core noises. The forced air cooling and self-cooling are preferred, and they are auto-transformable. The vibration reducing pads can be added to the bottom of tanks, the baffle boards can be added to the tank walls. Fans and pumps can also lower noises.

Higher durability
  Considering all possible cases, the design can withstand the worst case and strengthen short-circuit withstand capability. Advanced technology and excellent design guarantees transformers with higher durability.

  Mechanical strength, strict manufacturing tolerances and state-of-the-art processing and the advanced 3D design software results in transformers with higher reliability