This paper proposes the participation of the virtual inertia of wind generation in the control of
load frequency and damping of oscillations in interconnection lines. The proposed approach …

This paper consists of an extensive review on the modeling of hydropower plant. First a
background was provided on all components needed to develop a full and comprehensive …

A one-dimensional numerical model of a Francis turbine hydropower plant for dynamic
response studies is presented with an alternate representation of the turbine unit …

The improvement of transient stability of power system was one of the most challenging
research areas in power engineer. The main aim of this paper was transient stability …

The purpose of this paper is to evaluate the cost benefit of a self-optimized solar-wind-hydro
hybrid energy supply and to compare the outcome with a similar optimization done with the …

It is widely accepted that transient stability is an important aspect in designing and
upgrading electric power system. The objective of this paper was to investigate and …

Hydro-based power is gaining more interests as the penetration level of small-scale hydro
power plants are being increased to the medium voltage network. This paper investigates …

The great availability of renewable energy resources such as wind and solar has triggered a
revolution of green energy in the 21st century that led to the development of hybrid energy …

Future generation will mostly depend on renewable energy resources due to lack of
conventional energy resources, hence existing renewable energy resources are being …

A standard structure of hydroelectric plant integrates a water reservoir (lake), a tunnel for
water delivery and the hydraulic turbine. In many cases water mass oscillation quenching is …