An apparatus for wireless power transfer in a motion control system, the apparatus comprising: a plurality of movers; a plurality of electrical devices, wherein at least one of the electrical devices is mounted to each of the plurality of movers; a closed track defining a continuous path along which each of the plurality of movers travels; and a primary winding mounted along the closed track including a primary forward conduction path and a primary reverse conduction path, wherein one end for each of the primary forward and reverse conduction paths is connected to each other to establish a conductive loop, wherein the primary winding is configured to receive power from a power supply, wherein the primary forward conduction path and the primary reverse conduction path are spaced apart from each other and extend longitudinally in a direction of travel along the continuous path, wherein the apparatus further comprises a plurality of secondary windings, wherein: each secondary winding is mounted to one of the plurality of movers, each secondary winding includes a secondary forward conduction path and a secondary reverse conduction path, wherein one end for each of the secondary forward and reverse conduction paths is electrically connected to each other to establish a conductive loop, the secondary forward conduction path and the secondary reverse conduction path are spaced apart from each other and extend along the mover in the direction of travel, and each of the secondary forward and reverse conduction paths are aligned with the primary forward and reverse conduction paths with an air gap separating the secondary forward and reverse conduction paths from the primary forward and reverse conduction paths as the mover travels along the closed track; and a plurality of power converters, wherein each of the plurality of power converters is mounted to one of the plurality of movers and is operative to receive power from the secondary winding mounted to the mover and to supply power to the at least one electrical device mounted on the mover. a plurality of movers; a plurality of electrical devices, wherein at least one of the electrical devices is mounted to each of the plurality of movers; a closed track defining a continuous path along which each of the plurality of movers travels; and a primary winding mounted along the closed track including a primary forward conduction path and a primary reverse conduction path, wherein one end for each of the primary forward and reverse conduction paths is connected to each other to establish a conductive loop, wherein the primary winding is configured to receive power from a power supply, wherein the primary forward conduction path and the primary reverse conduction path are spaced apart from each other and extend longitudinally in a direction of travel along the continuous path, wherein the apparatus further comprises a plurality of secondary windings, wherein: each secondary winding is mounted to one of the plurality of movers, each secondary winding includes a secondary forward conduction path and a secondary reverse conduction path, wherein one end for each of the secondary forward and reverse conduction paths is electrically connected to each other to establish a conductive loop, the secondary forward conduction path and the secondary reverse conduction path are spaced apart from each other and extend along the mover in the direction of travel, and each of the secondary forward and reverse conduction paths are aligned with the primary forward and reverse conduction paths with an air gap separating the secondary forward and reverse conduction paths from the primary forward and reverse conduction paths as the mover travels along the closed track; and each secondary winding is mounted to one of the plurality of movers, each secondary winding includes a secondary forward conduction path and a secondary reverse conduction path, wherein one end for each of the secondary forward and reverse conduction paths is electrically connected to each other to establish a conductive loop, the secondary forward conduction path and the secondary reverse conduction path are spaced apart from each other and extend along the mover in the direction of travel, and each of the secondary forward and reverse conduction paths are aligned with the primary forward and reverse conduction paths with an air gap separating the secondary forward and reverse conduction paths from the primary forward and reverse conduction paths as the mover travels along the closed track; and a plurality of power converters, wherein each of the plurality of power converters is mounted to one of the plurality of movers and is operative to receive power from the secondary winding mounted to the mover and to supply power to the at least one electrical device mounted on the mover.