A system for providing power to a moving element on a transport system comprising: a plurality of moving elements, each moving element comprising at least one drive component and at least one power pick-up panel; and at least one track section with which the plurality of moving elements are associated, the track section comprising: a control system; a track on which the plurality of moving elements move; and a track power system that is controlled by the control system, the track power system comprising a plurality of electromagnetic coils; wherein the control system and track power system are configured such that the control system controls the plurality of electromagnetic coils to: independently control movement and position of each of the plurality of moving elements by pulse width modulation and duty cycle adjustment of the DC voltage at a first frequency to first selected electromagnetic coils of the plurality of electromagnetic coils when a drive component is approximately adjacent to the first selected electromagnetic coils; and independently control a transfer of power to the at least one power pick-up panels of each of the plurality of moving elements by pulse width modulation and duty cycle adjustment of the DC voltage at a second frequency to second selected electromagnetic coils of the plurality of electromagnetic coils when a power pick-up panel is approximately adjacent to the second selected electromagnetic coils, in order to simultaneously drive the plurality of moving elements and transfer power to at least one power pick-up panel of the plurality of moving elements. a plurality of moving elements, each moving element comprising at least one drive component and at least one power pick-up panel; and at least one track section with which the plurality of moving elements are associated, the track section comprising: a control system; a track on which the plurality of moving elements move; and a track power system that is controlled by the control system, the track a control system; a track on which the plurality of moving elements move; and a track power system that is controlled by the control system, the track power system comprising a plurality of electromagnetic coils; wherein the control system and track power system are configured such that the control system controls the plurality of electromagnetic coils to: independently control movement and position of each of the plurality of moving elements by pulse width modulation and duty cycle adjustment of the DC voltage at a first frequency to first selected electromagnetic coils of the plurality of electromagnetic coils when a drive component is approximately adjacent to the first selected electromagnetic coils; and independently control a transfer of power to the at least one power pick-up panels of each of the plurality of moving elements by pulse width modulation and duty cycle adjustment of the DC voltage at a second frequency to second selected electromagnetic coils of the plurality of electromagnetic coils when a power pick-up panel is approximately adjacent to the second selected electromagnetic coils, independently control movement and position of each of the plurality of moving elements by pulse width modulation and duty cycle adjustment of the DC voltage at a first frequency to first selected electromagnetic coils of the plurality of electromagnetic coils when a drive component is approximately adjacent to the first selected electromagnetic coils; and independently control a transfer of power to the at least one power pick-up panels of each of the plurality of moving elements by pulse width modulation and duty cycle adjustment of the DC voltage at a second frequency to second selected electromagnetic coils of the plurality of electromagnetic coils when a power pick-up panel is approximately adjacent to the second selected electromagnetic coils, in order to simultaneously drive the plurality of moving elements and transfer power to at least one power pick-up panel of the plurality of moving elements.