Motivated by the nonlinear dynamics of mathematical models encountered in power
systems, an investigation into the dynamical behaviour of the swing equation is carried out …

Formulation of faster frameworks for swift detection of coherent generators in a power
system operating under a severe disturbance has been a serious issue for the effective …

This paper presents a deep insight on load frequency control of Thermal, Hydro and Gas
Turbine power plant using RFB and SSSC technology. Thermal and Hydro power system …

In this study, an Optimized Swing Equation Control (OSEC) for supplying system inertia (SI)
by Battery Energy Storage Systems (BESS) is presented. It enables BESS that function as …

Artikel ini menyajikan analisis dinamik operasi islanding pada sistem tarahan dengan
tingkat penetrasi PV yang tinggi. Dalam konteks ini, operasi islanding merujuk pada kondisi …

Nonlinearity is a major constraint in analysing and controlling power systems. The behaviour
of the nonlinear systems will vary drastically with changing operating conditions. Hence a …

In this paper, the summary of the stochastic swing equation will be firstly given taking into
account of DERs. This will then be followed by the development of stochastic distribution …

This paper addresses the problem of assessment of transient stability of single-machine and
multi-machine power systems in the case of uncompensated systems and systems …

The stability analysis is an important and complex part in the energy system design. It is
primordial during electrical faults, that the system remains stable. If the power system's …

Since more and more large conventional power plants, based on direct-coupled
synchronous generators (SGs), will be phased out in the future, frequency stability must be …