Feed Forward Robust Active Shielding System by Magnetic Field with Single Compensating Coil

For the first time the synthesis of feed forward robust single-circuit active shielding system of magnetic field, generated by group of high voltage power lines for reducing the induction of the initial magnetic field to the sanitary standards level and reducing the sensitivity of the system to variations in the plant parameters is given. The synthesis is based on the solution of a multi-criteria stochastic game, in which the gain vector is calculated on the basis of the Maxwell equations solutions in the quasi-stationary approximation. The equilibrium state of the game is based on the stochastic multiagent optimization algorithms by multiswarm particles. Computer simulation and field experimental research results of feed forward robust single-circuit active shielding system of magnetic field, generated by group of high voltage power lines are given.