河北铁芯厂

与优质冷轧硅钢片相比，以非晶合金作为铁心的变压器具有节能和环保的优点。

Compared with the high quality cold rolled silicon steel sheet, the transformer with amorphous alloy as the core has the advantages of energy saving and environmental protection.

1）在节能方面：

1) in terms of energy saving:

非晶合金铁心变压器的空载损耗非常低、这使其节能效果非常显著，因非晶合金材料有着优异的导磁性，能够以较少的能耗磁化或是消磁，因此非晶合金铁心变压器的空载损耗要远远低于常规变压器，这一特点在实际应用中得到了验证。

The no-load loss of amorphous alloy iron core transformer is very low, which makes the energy saving effect is very significant, because the amorphous alloy material with excellent magnetic property, with less energy consumption of magnetization or demagnetization, the no-load loss of transformer amorphous alloy core is much lower than that of the conventional transformer, this feature has been verified in the practical application.

此外，在一些电力负荷波动变化较大的领域中，如公路、城市基础设施、民用住宅小区等等，非晶合金铁心变压器也同样具有良好的节能效果，它的应用不但能够节省大量的电厂投资，而且还能减少发电燃料的消耗，经济效益十分明显。

In addition, in the field of some large fluctuations in power load, such as roads, city infrastructure, residential district and so on, amorphous alloy core transformer also has good energy saving effect, its application can not only save the investment of power plant, but also can reduce fuel consumption, the economic benefit is very obvious.

2）在环保方面：

2) in the environment of environmental protection:

通过相关的技术检测结果可知，将非晶合金铁心用于油浸式变压器时，能够减少各类有害气体的排放，如一氧化碳、氧化硫、氯气等等，这对于降低大气污染较为有利。

Through the related technology test results, we can know that when the amorphous alloy core is used for oil immersed transformer, it can reduce all kinds of harmful gas emissions, such as carbon monoxide, sulfur oxide, chlorine and so on, which is more favorable for reducing air pollution.

非晶合金铁心变压器的初期成本虽然要比传统变压器高很多，但它所具有的优异的低损耗性能，将会使运营成本大幅度降低，由此带来的经济效益是非常巨大的，足以抵消前期投资成本。因此加快非晶合金材料的研发，并用于变压器生产具有重要的现实意义。

The initial cost of amorphous alloy core transformer is much higher than that of traditional transformer, but its excellent low loss performance will greatly reduce operation cost, resulting in huge economic benefits, which is enough to offset the cost of initial investment. Therefore, it is of great practical significance to accelerate the research and development of amorphous alloy materials and to be used in the production of transformers.