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-Problems concerning power flow and stability, particularly the voltage stability are of vital importance at EHV and UHV level because of their sensitivity to real and reactive power changes. The problem has been studied to a considerable extent in case of three-phase systems; however the multi-phase (phase order more than three) systems have received little attention. The purpose of this paper is to investigate these aspects by extending the well established techniques of three-phase systems to multi-phase lines and construct performance characteristic curves related to power flow and voltage stability performance of such systems-Problems concerning power flow and stability, particularly the voltage stability are of vital importance at EHV and UHV level because of their sensitivity to real and reactive power changes. The problem has been studied to a considerable extent in case of three-phase systems; however the multi-phase (phase order more than three) systems have received little attention. The purpose of this paper is to investigate these aspects by extending the well established techniques of three-phase systems to multi-phase lines and construct performance characteristic curves related to power flow and voltage stability performance of such systems

the international conference on electrical engineering/the international conference on electrical engineering 

LOAD END REAL &amp; REACTIVE POWER OPERATING CONTOUR AND SHUNT CAPACITIVE SUPPORT AT VOLTAGE STABILITY LIMIT OF MULTIPHASE (6-phase &amp; 12-phase) POWER TRANSMISSION YSTEMS