Abstract
A single-circuit robust system of active shielding for magnetic field, generated by group of power transmission lines with different spatial locations of the single shielding coil is given. The synthesis of a robust system of active shielding is based on multi-criteria stochastic game decision, which calculated by multiswarm stochastic multi-agent optimization. It is show, that synthesized system of active shielding reduction the magnetic flux density to the sanitary standards level in a shielding area. Shielding zone size depends on shielding coil spatial arrangement. Field experimental research of the effectiveness of single-circuit system of active shielding of magnetic field generated by group of power transmission lines with different spatial locations of the shielding coil carried out. Comparison of the results of experimental and calculated values of magnetic flux density in the shielding zone shows that their spread does not exceed 30 %.
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