Systems and methods for stacked multi-level power converter implementations with linear scaling

A voltage conversion method comprising:

• obtaining electrical properties data representative of electrical properties of a voltage converter system comprising a plurality of energy storage elements and a plurality of switching devices, with each of the plurality of switching devices being electrically coupled to at least one of the plurality of the energy storage elements, wherein the plurality of energy storage elements and the plurality of switching devices are configured in a multi-level arrangement of multiple voltage converting cells;
• and
• controllably actuating by a plurality of controllers coupled to the multiple voltage converting cells, based at least in part on the electrical properties data, one or more of the plurality of the switching devices to independently control voltage levels of at least one energy storage element of the multiple voltage converting cells.

A non-transitory computer readable media storing a set of instructions, executable on at least one programmable device, to:

• obtain electrical properties data representative of electrical properties of a voltage converter system comprising a plurality of energy storage elements and a plurality of switching devices, with each of the plurality of switching devices being in electrical communication with at least one of the plurality of the energy storage elements, wherein the plurality of energy storage elements and the plurality of switching devices are configured in a multi-level arrangement of multiple voltage converting cells;
• and
• controllably actuate by a plurality of controllers coupled to the multiple voltage converting cells, based at least in part on the electrical properties data, one or more of the plurality of the switching devices to independently control voltage levels of at least one energy storage element of the multiple voltage converting cells.