Analytic Blackout Data for the Fully-Compensated Transmission Line

Abstract

This paper presents a case for an analytical solution to the voltage stability of radial power links as
determined by the maximum power transfer capability limit of a 100% capacitor-compensated transmission line.
The prediction method uses an auxiliary circuit with variables that will simulate an active angle stability reference
in the conventional sense of steady-state stability limits in radial links; but will not show in the final transfer
characteristics of the source. The algebraic solution evolves in a voltage regulation curve that allows for
dimensionless depiction of stability information including voltage limits for the stable transfer of maximum
powers and hence for any powers below these maxima.