Add to ORKGThis paper describes calculation of zero sequence impedance in three phase, three leg core type power transformers using 2D and 3D finite element method (FEM) calculation on example of 100 MVA power transformer. Paper also describes how winding connection and arrangement affects the size and calculation of zero sequence impedance
The purpose of this project was to bring to light more facts regarding the zero-sequence impedance i...
A method is presented in this paper for the calculation of saturated transformer winding inductances...
This article investigates the generation of high harmonics in the magnetizing current of small three...
This paper describes calculation of zero sequence impedance in three phase, three leg core type powe...
Simple rules to estimate the expected values of zero-sequence impedance measurements for 3-phase cor...
The zero-sequence characteristics of a transformer are predominantly decided by its core constructio...
Zero sequence (ZS) characteristics of transformers are of great importance in some circumstances inc...
The paper presents an accurate and cost effective three-dimensional finite element model for the ana...
Abstract:- Power transformer analysis and design focusing on the equivalent circuit parameter evalua...
Abstract — The present paper describes an overview of the classical design methodology of three phas...
On the roof of a wool processing company a 385 kWp PV installation is installed. When production of ...
A six-port impedance network for a three-phase transformer is obtained from a 3D time-harmonic finit...
Purpose. Development a new effective approach for determining the open-circuited transformer paramet...
Single-phase ground faults are the most common faults in medium-voltage distribution grids. Hig...
The paper further develops a modeling concept of three-phase, three-legged transformer with tank wal...
The purpose of this project was to bring to light more facts regarding the zero-sequence impedance i...
A method is presented in this paper for the calculation of saturated transformer winding inductances...
This article investigates the generation of high harmonics in the magnetizing current of small three...
This paper describes calculation of zero sequence impedance in three phase, three leg core type powe...
Simple rules to estimate the expected values of zero-sequence impedance measurements for 3-phase cor...
The zero-sequence characteristics of a transformer are predominantly decided by its core constructio...
Zero sequence (ZS) characteristics of transformers are of great importance in some circumstances inc...
The paper presents an accurate and cost effective three-dimensional finite element model for the ana...
Abstract:- Power transformer analysis and design focusing on the equivalent circuit parameter evalua...
Abstract — The present paper describes an overview of the classical design methodology of three phas...
On the roof of a wool processing company a 385 kWp PV installation is installed. When production of ...
A six-port impedance network for a three-phase transformer is obtained from a 3D time-harmonic finit...
Purpose. Development a new effective approach for determining the open-circuited transformer paramet...
Single-phase ground faults are the most common faults in medium-voltage distribution grids. Hig...
The paper further develops a modeling concept of three-phase, three-legged transformer with tank wal...
The purpose of this project was to bring to light more facts regarding the zero-sequence impedance i...
A method is presented in this paper for the calculation of saturated transformer winding inductances...
This article investigates the generation of high harmonics in the magnetizing current of small three...