Abstract
Effect of geometrical location of the auxiliary mitigating loop with respect to the three phases of the transmission line is scrutinized. In this process, the mitigating loop is first placed above and then below the two outer phases of the power line and a comparative approach has been established. Positions of maximum and minimum values of the mitigated magnetic fields with respect to the geometrical location of the loop are also investigated. A 230 KV flat transmission line has been utilized and effect of mitigation at the other points has also been studied.
Process of mitigation with respect to the geometrical location of the auxiliary loop and the correlation between the three types of magnetic fields has also been studied and the related figures and Tables are depicted.
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