A control method for distributed interconnected power generation units is developed. The
power system comprises permanent-magnet synchronous generators (PMSGs), which are …

In this paper, a simple improved direct feedback linearization design method for transient
stability and voltage regulation of power systems is discussed. Starting with the classical …

In this work a hierarchical scheme is proposed for the coordinated control of conventional
synchronous generators, wind farm converters and flexible ac transmission systems. It …

Based on an adaptive backstepping approach, this study proposes a new coordinated
control design where the coordination is done between the excitation controller of …

The transient stabilization and voltage regulation problem for a synchronous generator
connected to an infinite bus is addressed, in this article, in the presence of all uncertain …

This paper presents the design of a sliding-mode perturbation observer-based sliding-mode
control for stability enhancement of multi-machine power systems. The combinatorial effect …

Control and operation of electric networks undergo several changes due to growing energy
coming from renewable sources and demanding power quality standards. New dynamic …

Third-order nonlinear models are commonly used in control theory for the analysis of the
stability of both open-loop and closed-loop synchronous machines. However, the ability of …

In this paper a gain-scheduling scheme of a proportional integral (GSPI) controller is
proposed for a synchronous generator. In presented scheme, both proportional and integral …

The problem of transient stability for a single machine infinite bus system with the generator
excitation and thyristor controlled series compensation (TCSC) is addressed via the …