In this paper we investigate the sine qua non condition of existence of equilibria for electrical systems with external sources furnishing constant power to the loads, which is a scenario encountered in modern applications. Two general cases are considered, when the system is (i) linear time–invariant or (ii) nonlinear, with dynamic behavior described by a port–Hamiltonian model with constant dissipation and switching interconnection matrix. The latter class includes the practically important case of power converters. For both cases necessary and suf¿cient conditions for existence of equilibria are given, which impose that the power dissipated in steady–state should exceed the extracted constant power. The equilibrium is ensured if and only...
Constant power loads (CPLs) in power systems have a destabilizing effect that gives rise to signific...
Abstract:- The principles of the minimum dissipated power are extremely important in the analysis of...
International audienceConstant power loads (CPLs) in power systems have a destabilizing effect that ...
In this paper we investigate the sine qua non condition of existence of equilibria for electrical sy...
International audienceIn this paper we investigate the sine qua non condition of existence of equili...
International audienceIn this paper we investigate the sine qua non condition of existence of equili...
In this paper we investigate the sine qua non condition of existence of equilibria for electrical sy...
The problem of existence and stability of equilibria of linear systems with constant power loads is ...
International audienceThe problem of existence and stability of equilibria of linear systems with co...
International audienceThis paper studies the problem of existence and stability of equilibria of de ...
© 2016 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
International audienceIn this brief note we give an answer to the following question: Given a multi-...
Currently, there are an increasing number of power electronics converters in electrical grids, perfo...
A discussion is presented of various structure-preserving models for power systems along with their ...
In this paper, we analyse the existence and uniqueness of equilibria of constant power loads (CPLs) ...
Constant power loads (CPLs) in power systems have a destabilizing effect that gives rise to signific...
Abstract:- The principles of the minimum dissipated power are extremely important in the analysis of...
International audienceConstant power loads (CPLs) in power systems have a destabilizing effect that ...
In this paper we investigate the sine qua non condition of existence of equilibria for electrical sy...
International audienceIn this paper we investigate the sine qua non condition of existence of equili...
International audienceIn this paper we investigate the sine qua non condition of existence of equili...
In this paper we investigate the sine qua non condition of existence of equilibria for electrical sy...
The problem of existence and stability of equilibria of linear systems with constant power loads is ...
International audienceThe problem of existence and stability of equilibria of linear systems with co...
International audienceThis paper studies the problem of existence and stability of equilibria of de ...
© 2016 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
International audienceIn this brief note we give an answer to the following question: Given a multi-...
Currently, there are an increasing number of power electronics converters in electrical grids, perfo...
A discussion is presented of various structure-preserving models for power systems along with their ...
In this paper, we analyse the existence and uniqueness of equilibria of constant power loads (CPLs) ...
Constant power loads (CPLs) in power systems have a destabilizing effect that gives rise to signific...
Abstract:- The principles of the minimum dissipated power are extremely important in the analysis of...
International audienceConstant power loads (CPLs) in power systems have a destabilizing effect that ...