The power system is a nonlinear complicated system. For power system analysis problems, they are mainly based on nonlinear equations. In practical systems, the calculation speed of a specific problem is very important. For most classical power system analysis methods, their one-time calculation speed with enough accuracy is difficult to be further improved after decades of research. However, if we see many-time calculations of different analysis functions as a whole, the new breakout may be made. This paper aims to present a novel foundational technique to improve the many-time calculation performance of power system problems. With the technique in this paper, the analysis of grid topology, bus types and line parameters can be separated, an...
A reliable electric power supply is essential for modern society. Recently, severe blackouts worldwi...
Operation is non-linear in a state of unbalance can cause problems harmonics in the power system. Th...
This thesis presents a comprehensive solution technique for power system harmonic analysis with unb...
Mathematical methods for investigating power-system phenomena arising from non-linearities are devel...
This thesis describes a new algorithm for the harmonic analysis of power systems. Existing non-lin...
Abstract:- An efficient algorithm is proposed for finding all DC solutions of nonlinear (not piecewi...
The overall system status calculated by power flow analysis is the most basic information used for a...
In this paper, the multirate method is introduced to analyze power system behavior including linear ...
In this paper, we propose a fast linear power flow method using a constant impedance load model to s...
Electric power networks comprise large complex interconnections of generation and loads. The generat...
Power flow analysis is a very important and fundamental tool for power system. Commercial power syst...
The new formulation of the load-flow problem presented in this thesis yields a set of equations each...
This report presents the development of a new family of difference equations for the numerical solu...
This work consists of four parts. The first part of the thesis provides a theoretical introduction t...
The requirements of today's power systems are much different from the ones of the systems of the pas...
A reliable electric power supply is essential for modern society. Recently, severe blackouts worldwi...
Operation is non-linear in a state of unbalance can cause problems harmonics in the power system. Th...
This thesis presents a comprehensive solution technique for power system harmonic analysis with unb...
Mathematical methods for investigating power-system phenomena arising from non-linearities are devel...
This thesis describes a new algorithm for the harmonic analysis of power systems. Existing non-lin...
Abstract:- An efficient algorithm is proposed for finding all DC solutions of nonlinear (not piecewi...
The overall system status calculated by power flow analysis is the most basic information used for a...
In this paper, the multirate method is introduced to analyze power system behavior including linear ...
In this paper, we propose a fast linear power flow method using a constant impedance load model to s...
Electric power networks comprise large complex interconnections of generation and loads. The generat...
Power flow analysis is a very important and fundamental tool for power system. Commercial power syst...
The new formulation of the load-flow problem presented in this thesis yields a set of equations each...
This report presents the development of a new family of difference equations for the numerical solu...
This work consists of four parts. The first part of the thesis provides a theoretical introduction t...
The requirements of today's power systems are much different from the ones of the systems of the pas...
A reliable electric power supply is essential for modern society. Recently, severe blackouts worldwi...
Operation is non-linear in a state of unbalance can cause problems harmonics in the power system. Th...
This thesis presents a comprehensive solution technique for power system harmonic analysis with unb...