Modular power distribution assembly and method of assembly thereof

1. A modular power distribution assembly, comprising:

a frame defined by a first set of parallel supports and a second set of parallel supports;

a first set of components extending from a first side of the frame, the first set of components comprising:

a set of primary power modules, each of the set of primary power modules having a power input, a bus bar power output, and a first communication interface;

a set of secondary power modules, each of the set of secondary power modules having a bus bar power input, a load output, and a second communication interface; and

a control module having a third communication interface; and

a second set of components extending from a second side of the frame and comprising:

a common communication backplane having backplane interfaces matching a total number of first, second, and third communication interfaces defined by the first set of components, with the common communication backplane configured to communicate instructions from the control module to the set of primary power modules and the set of secondary power modules; and

a bus bar electrically connecting at least one bus bar power output to at least one bus bar power input.

2. The modular power distribution assembly of claim 1 wherein a number in the set of primary power modules, a number in the set of secondary power modules, a number of backplane interfaces, and the bus bar are selectable based on power distribution demand.

3. The modular power distribution assembly of claim 1 further comprising a carrier plate carried by the first set of parallel supports.

4. The modular power distribution assembly of claim 3 wherein the second set of components is mounted to at least one of the carrier plate, the frame, or the first set of components.

5. The modular power distribution assembly of claim 3 wherein the first set of components is mounted to at least one of the carrier plate, the frame, or the second set of components.

6. The modular power distribution assembly of claim 3 wherein the carrier plate comprises a plate width matching a width of one of the first set of components.

7. The modular power distribution assembly of claim 3 wherein the carrier plate defines at least a first aperture for a first power connection, a second aperture for a second power connection, and a third aperture for the common communication backplane.

8. The modular power distribution assembly of claim 7 , further comprising a first linear row arrangement of at least one of the first aperture or second aperture of each carrier plate and being parallel with the first set of parallel supports, and also comprising a second linear row arrangement of the third apertures of each carrier plate and being parallel with the first set of parallel supports.

9. The modular power distribution assembly of claim 8 wherein the bus bar is selected to match a number of first apertures or a number of second apertures defining the first linear row arrangement.

10. The modular power distribution assembly of claim 8 wherein the communications backplane is selected to match a number of third apertures of the second linear row arrangement.

11. The modular power distribution assembly of claim 1 wherein the second set of parallel supports is configured to mount with a rack assembly.

12. The modular power distribution assembly of claim 1 wherein the first set of components includes a power converter having a bus bar power input and a converted power output.

13. The modular power distribution assembly of claim 1 wherein the second set of components further includes a power input bus bar selected to match the number of the set of primary power modules, with the power input bus bar electrically connecting each of the power inputs of the set of primary power modules and also connectable with a power source.

14. The modular power distribution assembly of claim 1 wherein the second set of components further includes a respective load output connector for each of the secondary power modules, configured to electrically connect each one of the set of secondary power modules with a respective electrical load.