Modeling and Simulation of an Electric Power Transmission Line Under Asymmetric Compensation by Dual Inter-Phase Power Controllers


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Abstract


In this paper, an electric power transmission line equipped with a novel IPC (interphase power controller) topology is presented. The proposed power compensation policy is founded on the use of dual IPC 240 equipments, consisting in each case of three branches of passive circuits. The first IPC 240 is installed between a three phase energy source and the power transmission line, whereas the other IPC 240 is located between the terminal bus bar of the power transmission line and the remote three phase load. The power flow under normal and contingent conditions are studied. Then, a visual model of a prototyping power system with 225 kV transmission line under 223 MW load, is implemented within Matlab/Simulink framework. The simulation results obtained and presented, show the feasibility and the effectiveness of the proposed dual IPC technology, for asymmetric compensation of power transmission lines under excessive contingencies.
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Keywords


Power Transmission System; Asymmetric Compensation; Dual Inter-Phase Power Controller; Contingency; Visual Model; Simulation

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References


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