Magnetic Field Active Canceling Single-Circuit System for Old Residential One-Story Buildings Closed to Double-Circuit Overhead Power Lines

First design and study effectiveness reducing magnetic field level double-circuit power lines in residential old one-story buildings using a single-circuit active canceling system with one compensation winding is conducted. During the design of an active shielding system, the geometric dimensions and spatial arrangement of the compensation winding are determined, as well as the phase shift and the magnitude of the current in the compensation winding. The design reduced to computing vector game solution, in which the game payoff vector calculated based on the Biot-Savart law. The game solution calculated based on multi-swarm stochastic multi-agent optimization algorithms. The results of modeling and experimental study of magnetic field level reducing effectiveness generated by double-circuit power lines in residential old one-story buildings, using a single-circuit active canceling system with one compensation winding are considered.