DC operating points of a linearized noninertial network can be, according to the character of their stability, classified into 3 categories: 1. stable, 2. unstable, 3. conditionally stable (conditionally unstable). In the paper it is shown that the process of decision can be based on modified node voltage formulation of network equations. The suggested process consists of formulation of the system matrix, matrix inversion and simple arithmetical manipulations with the elements of the resultant matrix
This paper studies interconnected systems (nodes) and exploits dissipation inequalities and the stru...
International audienceAmong the consequences of massive distributed generation development, voltage ...
The authors present preliminary results in a program aimed at energy function analysis of transient ...
DC operating points of a linearized noninertial network can be, according to the character of their ...
In this paper an optimization based approach for stability analysis of electrical networks is addres...
A new stability criterion for bidirectional DC-DC converters in a dc power system is presented in th...
The proliferation of renewable energy sources is promoting the use of dc-dc power electronic convert...
The stability of non-hierarchical circuit-switched networks is considered. New results are derived, ...
International audienceVehicles of the future will store, transport and use large amounts of electric...
Improper management of reactive power in a power network could lead to voltage instability. This pap...
We present a new local method for checking the stability of a matrix when the matrix is viewed as a ...
Instability caused by low inertia and constant power loads is a major challenge of DC distribution g...
Rapidly growing distributed renewable networks make an increasing demand for various types of power ...
A technique is proposed in this letter to study voltage collapse situation in a radial distribution ...
Abstract—With increasing penetration of distributed genera-tion in the distribution networks (DN), t...
This paper studies interconnected systems (nodes) and exploits dissipation inequalities and the stru...
International audienceAmong the consequences of massive distributed generation development, voltage ...
The authors present preliminary results in a program aimed at energy function analysis of transient ...
DC operating points of a linearized noninertial network can be, according to the character of their ...
In this paper an optimization based approach for stability analysis of electrical networks is addres...
A new stability criterion for bidirectional DC-DC converters in a dc power system is presented in th...
The proliferation of renewable energy sources is promoting the use of dc-dc power electronic convert...
The stability of non-hierarchical circuit-switched networks is considered. New results are derived, ...
International audienceVehicles of the future will store, transport and use large amounts of electric...
Improper management of reactive power in a power network could lead to voltage instability. This pap...
We present a new local method for checking the stability of a matrix when the matrix is viewed as a ...
Instability caused by low inertia and constant power loads is a major challenge of DC distribution g...
Rapidly growing distributed renewable networks make an increasing demand for various types of power ...
A technique is proposed in this letter to study voltage collapse situation in a radial distribution ...
Abstract—With increasing penetration of distributed genera-tion in the distribution networks (DN), t...
This paper studies interconnected systems (nodes) and exploits dissipation inequalities and the stru...
International audienceAmong the consequences of massive distributed generation development, voltage ...
The authors present preliminary results in a program aimed at energy function analysis of transient ...