A transformer with an amorphous alloy as its core is particularly unique in that it is energy-saving and environmentally friendly. First of all, amorphous alloys have a good performance in environmental protection. Technical inspections have determined that when amorphous alloy cores are used in oil-immersed transformers, they can effectively reduce CO, SO, NO and other harmful gases, and reduce air pollution. It can be called the "green color product" among the 21-century power products.Secondly, the most significant and unique feature of amorphous alloy transformers is that the no-load injury consumption is very low, and the energy-saving effect is superficial. Because the amorphous alloy material has excellent magnetic permeability, it is more convenient to magnetize or demagnetize with scarce energy consumption.Because the no-load injury consumption of this amorphous alloy transformer is much lower than that of traditional transformers. Taking the 500kVA amorphous alloy transformer produced by the SEC company (American Superconducting Energy Material Enterprise) as an example, the no-load damage consumption of the amorphous alloy transformer and the S9 type transformer are 190W and 900W, respectively. The no-load damage of the amorphous alloy transformer is less than a quarter of the no-load damage of the S9 transformer, and the energy-saving effect is indeed very obvious at a glance.The energy-saving benefits of amorphous alloy transformers are more obvious in areas where power loads such as roads, urban infrastructure and residential quarters are relatively large. Because the energy-saving effect is very good, it can save a large number of power plant investment, reduce the consumption of power generation combustion materials, and thus reduce the pollution of the atmospheric background.

Because the amorphous alloy transformer uses new materials and newer technologies that were not available before, the process will be more complicated than before, because the price of this amorphous alloy transformer is higher than that of traditional transformers, and is generally about 30% higher than that of traditional transformers of the same model; but Because its energy-saving effect is significant, the operating cost will not be higher than the original, so its comprehensive operation cost is lower than that of traditional transformers.We use a 500kVA amorphous alloy transformer to compare with the two commonly used S9 transformers. Each amorphous alloy transformer can save 6832.8kWh of electricity per year and save more than 5,000 yuan in electricity bills a year. Although the price of the amorphous alloy transformer is about 30% higher than that of the S9 transformer, the increased cost can be fully recovered within 3 to 5 years of operation of the amorphous alloy transformer.