This paper presents the calculation of the state matrix A of the power system through a program developed under MATLAB. This program is called SIAM (Sistema Informático para Análisis Modal- Computational System for Modal Analysis). The state matrix is obtained from the load flow solution data and from the dynamic model parameters employed. The detailed models of synchronous machines, automatic voltage regulators and power system stabilizers are linearized for the calculation. To evaluate the method proposed, there is a comparison of results between SIAM and a commercial program for a reference case published
Abstract: This paper describes the state-of-the-art on the small-signal stability analysis and desig...
The present report refers to a small-signal stability study carried over the 68-Bus, 16-Machine, 5-A...
This paper presents a new general method for computing the different specific power system small sig...
This paper presents the calculation of the state matrix A of the power system through a program deve...
This paper presents the development of a flexible tool for the calculation of the state matrix A of ...
This work presents a general state-space representation of a multi-machine, multi-order power system...
This study develops a program to generate linearized state space representation of the power syste...
This study develops a program to generate linearized state space representation of the power systems...
The stability of an interconnected power system is its ability to return to normal or stable operati...
The dynamics of circuits in power electronics may often be modelled by means of systems of linear di...
In this paper, a modeling technique for small-signal stability assessment of unbalanced power system...
Lakvijaya power plant is the biggest power plant in Sri Lanka contributing more than 50% of power an...
This paper presents a new general method for computing the different specific power system small sig...
As modern power systems continue to grow and evolve, accurate system stability analysis and oscillat...
This paper presents a new general method for computing the different specific power system small sig...
Abstract: This paper describes the state-of-the-art on the small-signal stability analysis and desig...
The present report refers to a small-signal stability study carried over the 68-Bus, 16-Machine, 5-A...
This paper presents a new general method for computing the different specific power system small sig...
This paper presents the calculation of the state matrix A of the power system through a program deve...
This paper presents the development of a flexible tool for the calculation of the state matrix A of ...
This work presents a general state-space representation of a multi-machine, multi-order power system...
This study develops a program to generate linearized state space representation of the power syste...
This study develops a program to generate linearized state space representation of the power systems...
The stability of an interconnected power system is its ability to return to normal or stable operati...
The dynamics of circuits in power electronics may often be modelled by means of systems of linear di...
In this paper, a modeling technique for small-signal stability assessment of unbalanced power system...
Lakvijaya power plant is the biggest power plant in Sri Lanka contributing more than 50% of power an...
This paper presents a new general method for computing the different specific power system small sig...
As modern power systems continue to grow and evolve, accurate system stability analysis and oscillat...
This paper presents a new general method for computing the different specific power system small sig...
Abstract: This paper describes the state-of-the-art on the small-signal stability analysis and desig...
The present report refers to a small-signal stability study carried over the 68-Bus, 16-Machine, 5-A...
This paper presents a new general method for computing the different specific power system small sig...