Add to ORKGIn this paper, the multirate method is introduced to analyze power system behavior including linear and nonlinear systems with widely varying time constants. The development and study of time domain simulation techniques and error detection are discussed. The results, both in terms of accuracy and computation time, are compared to traditional simulation methods in a small nonlinear power system exampl
With rapid increase in complexity of modern power systems, there is a strong need for better computa...
Continuous advances in terms of the capability of modern computers allow the development of power sy...
In this paper, a new methodology for power system dynamic response calculations is presented. The te...
In this paper, the multirate method is introduced to analyse power system behavior for systems with ...
In this paper, the multirate method is applied to the problem of simulating the dynamics of a power ...
Power system transient stability studies are complex and can take a substantial amount of time to si...
The time evolution of power systems is modeled by systems of differential and algebraic equations (D...
An application of the multirate method to differential and algebraic equations (DAEs) is discussed i...
This efficient application of any numerical integration method depends on accurate estimation of the...
This paper describes initial investigations towards arriving at a most suitable algorithm for real t...
This report presents the development of a new family of difference equations for the numerical solu...
Time-domain simlulation plays a large part in the design and analysis of power systems. Given the ex...
Dynamic simulation studies are used to analyze the behavior of power systems after a disturbance has...
Pulse-width modulated power converters are devices which transform voltages and currents between dif...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
With rapid increase in complexity of modern power systems, there is a strong need for better computa...
Continuous advances in terms of the capability of modern computers allow the development of power sy...
In this paper, a new methodology for power system dynamic response calculations is presented. The te...
In this paper, the multirate method is introduced to analyse power system behavior for systems with ...
In this paper, the multirate method is applied to the problem of simulating the dynamics of a power ...
Power system transient stability studies are complex and can take a substantial amount of time to si...
The time evolution of power systems is modeled by systems of differential and algebraic equations (D...
An application of the multirate method to differential and algebraic equations (DAEs) is discussed i...
This efficient application of any numerical integration method depends on accurate estimation of the...
This paper describes initial investigations towards arriving at a most suitable algorithm for real t...
This report presents the development of a new family of difference equations for the numerical solu...
Time-domain simlulation plays a large part in the design and analysis of power systems. Given the ex...
Dynamic simulation studies are used to analyze the behavior of power systems after a disturbance has...
Pulse-width modulated power converters are devices which transform voltages and currents between dif...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
With rapid increase in complexity of modern power systems, there is a strong need for better computa...
Continuous advances in terms of the capability of modern computers allow the development of power sy...
In this paper, a new methodology for power system dynamic response calculations is presented. The te...