Add to ORKGEnvironmental concerns are among the main drives of the energy transition in power systems. Smart grids are the natural evolution of power systems to become more efficient and sustainable. This modernization coincides with the vast and wide integration of energy generation and storage systems dependent on power electronics. At the same time, the low inertia power electronics, introduce new challenges in power system dynamics. In fact, the synchronisation capabilities of power systems are threatened by the emergence of new oscillations and the displacement of conventional solutions for ensuring the stability of power systems. This necessitates an equal modernization of the methods to maintai...
The increasing penetration of variable energy resources such as wind and solar is changing the dynam...
In recent years, with the expansion of power system size, the increase of interconnection and the us...
To address the increasing demand and complexity, modern power systems need intelligence at almost al...
Environmental concerns are among the main drives of the energy transition in power syst...
Environmental concerns are among the main drives of the energy transition in power syst...
With the recent development of electronics technique and distributed generations, such as wind power...
The electric power grid is a complex, non-linear, non-stationary system comprising of thousands of c...
Nowadays, the power grid has become an active colossal resource generation and management system du...
Renewable energy and battery energy storage systems are affecting the dynamics of power systems main...
The proliferation of grid-connected converter interfaced energy sources in Smart Grids, enhance sust...
Nowadays, electric power systems are stressed and pushed toward their stability margins due to incre...
The current century, just started, is living deep transformations never seen before within the human...
With the recent development of electronics technique and distributed generations, such as wind power...
Abstract-- The electric power grid is a complex adaptive system under semi-autonomous distributed co...
Summary form only given. This paper focuses on the applications of intelligent techniques for improv...
The increasing penetration of variable energy resources such as wind and solar is changing the dynam...
In recent years, with the expansion of power system size, the increase of interconnection and the us...
To address the increasing demand and complexity, modern power systems need intelligence at almost al...
Environmental concerns are among the main drives of the energy transition in power syst...
Environmental concerns are among the main drives of the energy transition in power syst...
With the recent development of electronics technique and distributed generations, such as wind power...
The electric power grid is a complex, non-linear, non-stationary system comprising of thousands of c...
Nowadays, the power grid has become an active colossal resource generation and management system du...
Renewable energy and battery energy storage systems are affecting the dynamics of power systems main...
The proliferation of grid-connected converter interfaced energy sources in Smart Grids, enhance sust...
Nowadays, electric power systems are stressed and pushed toward their stability margins due to incre...
The current century, just started, is living deep transformations never seen before within the human...
With the recent development of electronics technique and distributed generations, such as wind power...
Abstract-- The electric power grid is a complex adaptive system under semi-autonomous distributed co...
Summary form only given. This paper focuses on the applications of intelligent techniques for improv...
The increasing penetration of variable energy resources such as wind and solar is changing the dynam...
In recent years, with the expansion of power system size, the increase of interconnection and the us...
To address the increasing demand and complexity, modern power systems need intelligence at almost al...