This paper deals a detailed performance investigation of asymmetrical six-phase grid
connected induction generator (GCIG) in two proposed configurations in variable speed …

Conventionally, the multi-phase self-excited induction generators (SEIGs) have been
analysed either with resistive or static resistive-inductive loads. This endeavor proposes a …

The evolving multiphase induction generators (MPIGs) with more than three phases are
receiving prominence in high power generation systems. This paper aims at the …

The wound rotor induction machine has been traditionally accepted for a long time in a wind
energy conversion system. Despite numerous concepts have been established on wound …

The effect of the angular shift in the winding layout for a dual three-phase stator winding,
squirrel cage induction motor is studied, with emphasis to the phase flux linkages, speed …

In wind based micro generation schemes, 3-phase self excited induction generators are
prominently used in order to fulfil single phase load requirement. Hence in this context, this …

Polyphase induction machines (IMs) have become the best candidate for high power
applications as they offer many advantages over their counterparts of the three-phase. This …

The induction machine is used in a wide variety of applications as a means of converting
electrical energy into mechanical work and vice versa. There is an increasing use of the …

This paper presents the development of linearized model of asymmetrical six-phase grid-
connected induction generator (GCIG) for small-signal stability. The developed linearized …

High number of phases of a multi-phase machine equip it with greater operational versatility.
Due to the presence of dual 3-phases, a six-phase self excited induction generator (6φ …