In this paper, an extensive review on power system studies with inclusion of wind generation
has been attempted. The various basic aspects of wind generation including basics of wind …

The emergence of Distributed Generation (DG) in distribution network has changed the
configuration of this century's power system in terms of power flow. The reason for this is that …

This paper proposes and develops a new distributed slack bus (DSB) model, in the
sequence-components frame, for power-flow analysis of an islanded active distribution …

Once a doubly-fed induction generator (DFIG) is subjected to a disturbance by a change in
the wind speed, the stator flux cannot change instantly. Under this condition, rotor back-EMF …

Doubly fed induction generators (DFIGs) exhibit very different short-circuit behavior than
synchronous generators, and the conventional voltage-behind-reactance model typically …

The integration level of renewable energy resources has been continuously increasing in
recent years introducing several technical challenges for utility and Independent System …

Small scale wind farms are increasingly being integrated into distribution systems. This
paper proposes a simple model of a fixed speed wind farm and incorporates that model into …

This paper develops and presents the steady-state, fundamental-frequency model of the
single-phase distributed energy resource (DER) unit which utilizes a single-phase voltage …

This paper presents a new unbalanced steady-state model of doubly fed induction generator
(DFIG) for the three-phase load flow analysis. The existing unbalanced DFIG steady-state …

Backward/forward load flow algorithm is commonly used in the power system, particularly in
radial distribution networks. However, the rapid development in the power electronics …