The SCBH15 series amorphous alloy dry type transformer is a transformer made of an amorphous alloy. The metal atom arrangement of the amorphous alloy material is disordered and amorphous, and its demagnetization and magnetization process are extremely easy to complete, which is lower than the core loss of the silicon steel material, achieving high energy-saving effect. The eddy current loss of the transformer is proportional to the thickness of the core material and inversely proportional to the resistivity. The hysteresis loss is proportional to the area enveloped by the hysteresis loop. The amorphous alloy strip has a small thickness and a resistivity of about 3 times that of a cold-rolled silicon steel sheet. Therefore, an iron core made of an amorphous alloy has a much smaller eddy current loss than a core made of cold-rolled silicon steel sheet. . In addition, the coercive force of amorphous alloy is much less than 4A/m, which is about 1/7 of that of cold rolled silicon steel sheet. The area of the hysteresis Dry Type Amorphous Transformer loop of amorphous alloy is much smaller than that of cold rolled steel sheet, so it is amorphous. The hysteresis loss of the alloy is much smaller than that of the cold-rolled silicon steel sheet. The core loss is very low, which is about 75% lower than the no-load loss of the traditional silicon steel core transformer. It is an ideal low-loss energy-saving transformer. Due to the low loss, the amorphous alloy transformer has less heat generation, lower temperature rise, and stable running performance.