As a key equipment in the power system, the stable operation of transformers is crucial to the safety of the power grid. However, transformers may cause deformation of the windings for various reasons during testing, transportation and operation, which in turn affects their performance. In this paper, we will analyze the causes and effects of transformer winding deformation, and discuss effective detection techniques.

Transformers convert AC voltage using electromagnetic induction, essential for power transmission and distribution. They adjust voltage to suit different applications, with the primary coil generating a magnetic field that induces force in the secondary coil. The coil turn ratio determines the voltage conversion.

Explore the causes, detection methods, and solutions for transformer winding deformation. Learn about the Frequency Response Analysis method and the RDRB-IV analyzer, ensuring precision and safety in testing. Discover the importance of proper testing conditions and grounding for accurate results.