Computer and full-scale models of magnets with a single-layer quasi-force-free winding and evaluations of the possibility of using such magnets in inductive energy stores

Abstract

Results of numerical modeling and experiments, which confirm the possibility of greatly decreasing the mechanical stresses in the equilibrated magnet winding compared with the usually implemented winding, are presented. An increase in the specific energy capacity of the inductive energy store is pointed out in case of using such winding in it. The possibilities of correction upon the violation of the equilibrium in the actual magnet winding because of the deviation of its configuration from the calculated one are shown.