TRANSMISSION SYSTEM FOR SERIES-SHUNT COMPENSATED NETWORK USING MATLAB/SIMULINK

OGHENEAKPOBO JONATHAN EYENUBO

Abstract


This paper presents an analysis of the effects of shunt and series line compensation levels on the transmission line voltage profile, transferred power and transmission losses for different static load models. For this purpose, a simple model is developed to calculate the series and/or shunt compensated transmission line load voltage. Principle of superposition of modal transformation matrices for calculating relaying discriminants was used. Consequently, different shunt and series compensation levels are used with several voltage sensitive load models for two different line models. It is observed that the compensation level is significantly affected by the voltage sensitivities of loads. Moreover, the voltage level of the transmission is an important issue for the selection of the shunt and series capacitor sizes when load voltage dependency is used.

Keywords: series compensation transmission system, metal oxide varistor, relaying discriminants.


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