A new component method is developed to solve unbalance problems in power systems by substituting θ = 45° in Park's Transformation. Interconnection of sequence components network to simulate various shunt and series faults are obtained. The interconnected networks are similar to those obtained by symmetrical component transformation without any phase shifters.
Get full access to this article
View all access options for this article.
References
1.
ParkR. H., ‘Two reaction theory of synchronous machines’, AIEE Trans., 48, pp. 716 (July, 1929).
2.
WagnerC. F. and EvansR. D., Symmetrical Components, McGraw-Hill (1933).
3.
ClarkeE., Circuit Analysis of A.C. Power Systems, Vol. I, John Wiley (1958).
4.
ChhalotraG. P., ‘A new mathematical analysis of series and shunt faults on three-phase power networks’, Journal of Franklin Institute, 302, No. 1, p. 85 (July, 1976).
5.
ChhalotraG. P. and TiwariS. C., ‘A new modelling of power system using rotation of reference axis of components’, (Parts I and II), paper presented and published at Third National Power System Conference, Regional Engineering College, Warangal, A.P. India (Sept. 8–10, 1984).
