The application of multivariable control to a synchronous generator excitation and static volt-
ampere reactive (VAR) compensator system is described to design a coordinated excitation …

This paper proposes a disturbance‐observer‐based control (DOBC) scheme for frequency
and voltage regulation in modern power systems with high renewable energy sources (RES) …

The permanent magnet synchronous motor (PMSM) is the heart of the electric drive system
in electric vehicle technology. The effects of load variation and motor parameter changes are …

A multivariable self-tuning adaptive control scheme is presented. This scheme is of a
decentralized nature and is implemented locally for individual generating units. A discrete …

The paper describes the derivation, design and evaluation of a parameter-adaptive
integrated controller for a turbogenerator. The control strategy is to minimise the variances …

A novel adaptive control scheme is presented for the design of a power system stabilizer
(PSS) and a static VAr (reactive volt-ampere) compensator (SVC). The developed adaptive …

This thesis documents the work that has been done towards the development of
a'practical'self-tuning controller for turbine generator plant. It has been shown by simulation …

In order to guarantee a desired value for the electromechanical mode damping of the power
station-network system in all the possible operating conditions, a prototype of excitation …

The design and practical application of series-parallel model following adaptive control
techniques to a turbogenerator system is described, incorporating proportional-plus-integral …

A new control strategy is proposed for implementing stability controls of interconnected
multimachine power systems. This new strategy is of a decentralized nature and is …