News & Blogs

Transformer as the core equipment of power transmission and distribution system, its operational efficiency is directly related to energy utilization, operating costs and environmental benefits. Iron core loss is the transformer no-load fixed loss, directly affecting energy efficiency. In this paper, we will analyze the causes of iron core loss, from the material, design, manufacturing three aspects of the loss reduction program, to help equipment energy efficiency.

In the power system, transformer as the hub of power transmission and distribution, its iron core loss is the main crux of the energy waste of the power grid. For a long time, the traditional silicon steel sheet iron core dominates the transformer field. However, amorphous alloy core, with its unique amorphous material structure, can significantly reduce transformer no-load loss, and has become a core technology solution for building energy-efficient power transmission system.

Discover the key differences between core-type and shell-type transformer cores — construction, efficiency, cooling, applications, and how to choose the right design for your project.