The objective of this two-part paper is to provide clarity to physical concepts used in the field
of transformer modeling, to dispel common misconceptions regarding numerical instabilities …

This paper presents experimental validation of the coupled leakage inductance transformer
model. It is shown that the coupled approach yields the same results as the indefinite …

Due to the increasing integration of distributed generators, the grid underlies conceptual
challenges. To ensure an efficient and reliable operation, more controllable assets are …

In this paper, a new equivalent circuit for the leakage inductance of multiwinding (or
multisection) transformers is presented. The methods proposed in this paper unify terminal …

The transformer model developed in Part I is validated based on the zero-sequence test
data, a ferroresonance event, and the geomagnetically induced current (GIC) …

This paper presents a physically consistent dual model applicable to single-phase two-
winding transformers for the calculation of low-frequency transients. First, the topology of a …

Transformers are the most important components of transmission and distribution systems.
For transformers the geometrical data is only available to the manufacturers and it is …

This paper presents a general approach to compute the leakage inductances of power
transformers with turn-to-turn winding faults. The leakage inductances are obtained by using …

摘要实施功率变换器的电路仿真时需要较精确的多绕组高频变压器等效电路模型.
传统的多绕组变压器星形模型不仅存在负漏感导致的振荡问题, 而且其在仿真暂态问题时存在 …

In this paper, a three-phase transformer model is developed to be suitable for slow transient
and power-quality studies. The proposed model takes into account the eddy currents, the …