Abstract
The modelling aspects of a 6-phase (multiphase) power transmission system, which have not previously been fully explored in the literature, are discussed. Initially, representations of various components, namely 3-phase/6-phase transformers, 6-phase transmission lines, machines and loads, are developed. A multiphase (or composire 3-phase and 6-phase) power system is then modelled: in balanced conditions on a single-phase basis, in unbalanced conditions as an equivalent 3-phase system; and also as a composite 3-phase and 6-phase system retaining the physical identities of the different elements. The procedure is explained with the help of a numerical example.
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