Modular configurable inverter and systems, components, and methods thereof

A method regarding a modular power inverter comprising:

• providing a cage assembly formed of at least two cages mechanically fixed to each other side-by-side in a row so as to define a first end of the cage assembly and a second end of the cage assembly opposite the first end, each of the at least two cages being in the form of a rectangular cuboid, where lengths of the at least two cages run parallel to each other and a length of the cage assembly is perpendicular to the lengths of the at least two cages;
• providing a heatsink extending transversely through an inner volume of each of the at least two cages, from the first end of the cage assembly to the second end of the cage assembly;
• providing a first set of one or more power modules operatively provided in a first cage of the at least two cages;
• and
• providing a second set of one or more power modules operatively provided in a second cage of the at least two cages,
• wherein the one or more power modules of the first set and the one or more power modules of the second set are mechanically fixed to the heatsink.

An inverter arrangement comprising:

• one or more cages of a cage assembly, including a first cage of the cage assembly;
• a heatsink extending transversely through each of the one or more cages, from a first end of the cage assembly to a second end of the cage assembly opposite the first end;
• a first end cap provided at the first end of the cage assembly;
• and
• a second end cap provided at the second end of the cage assembly,
• wherein each of the one or more cages is in the form of a cuboid, and
• wherein each of the one or more cages is adapted to accommodate therein respective sets of one or more power modules.