The penetration of renewable energy sources on a large scale in conventional electric
networks increases exponentially for environmental preservation. However, the increase in …

Asynchronous machines/Induction machines are one of the leading machines in the
electrical sector and which are well suitable for the motoring and generating applications of …

Self-excited induction generators (SEIGs) are increasingly being used in small-capacity
isolated applications for harnessing both conventional and renewable energy resources …

In this paper, a distribution static compensator (DSTATCOM) is implemented for controlling a
distributed power generating system using a proposed composite observer based control …

This paper is aimed at design and implementation of a modified electronic load controller
(MELC) for constant frequency operation with voltage regulation of a two winding single …

Abstract Hydraulic Governor (HG) in Standalone Micro-Hydro generating Systems (SMHS),
for maintaining voltage and frequency at desired levels, is not preferred as HG is much …

This paper deals with the voltage and frequency controller of a wind turbine driven isolated
asynchronous generator. The proposed voltage and frequency controller consists of an …

This paper presents the performance of a self-excited induction generator (SEIG) with a
voltage and frequency controller (VFC) in a standalone microhydro power generating …

This paper explores the control and operational aspects of introducing fuel cell/electrolyzer/
ultracapacitor (FC/ELZ/UC) unit into a microhydro power system, replacing the conventional …

This paper deals with a neural-network (NN)-based integrated electronic load controller
(IELC) for an isolated asynchronous generator (IAG) driven by a constant-power small hydro …