Flexible ribs of a bus bar carrier

1. A battery module, comprising:

a housing defined by a plurality of walls joined together to define an interior, the interior forming a cell receptacle region, wherein the cell receptacle region is configured to enable passage of a plurality of electrochemical cells therethrough and into the interior of the housing; and

a bus bar carrier comprising a base surrounded by a perimeter, wherein the perimeter comprises a plurality of spaced apart, upwardly extending flexible ribs, wherein upwardly extending is an orientation extending away from the interior of the housing; and

wherein the spaced apart, upwardly extending flexible ribs are engaged with the plurality of walls in the cell receptacle region such that one or more of the plurality of flexible ribs is flexed inwardly toward the base by one or more of the plurality of walls in the cell receptacle region.

2. The battery module of claim 1 , wherein the plurality of flexible ribs comprise a plastic material.

3. The battery module of claim 1 , comprising a plurality of bus bars disposed on the bus bar carrier and interfacing with the plurality of electrochemical cells disposed in the housing.

4. The battery module of claim 3 , wherein the bus bar carrier comprises:

a top surface on which the plurality of bus bars is disposed; and

a plurality of openings adjacent to the plurality of bus bars enabling an interface between the plurality of bus bars and a plurality of terminals of the plurality of electrochemical cells disposed in the housing.

5. The battery module of claim 3 , wherein the bus bar carrier comprises:

a first opening through the perimeter of the bus bar carrier, wherein the first opening is configured to enable passage of a first bus bar therethrough; and

a second opening through the perimeter of the bus bar carrier, wherein the second opening is configured to enable passage of a second bus bar therethrough.

6. The battery module of claim 1 , wherein the plurality of flexible ribs comprise a corresponding plurality of transverse portions, wherein the plurality of transverse portions extend at non-right angles relative to the base of the bus bar carrier, and wherein the plurality of transverse portions is flexed inwardly toward the base by the cell receptacle region.

7. The battery module of claim 6 , comprising a plurality of extensions corresponding to the plurality of flexible ribs, wherein the plurality of extensions extend from the base of the bus bar carrier between the base and the plurality of transverse portions.

8. The battery module of claim 7 , wherein the plurality of extensions and the base are joined to form a flat surface across the base and the plurality of extensions.

9. The battery module of claim 6 , comprising a plurality of hinge regions corresponding to the plurality of flexible ribs, wherein the plurality of hinge regions enable the plurality of transverse portions of the plurality of flexible ribs to be flexed inwardly toward the base by the cell receptacle region.

10. A bus bar carrier of a battery module, the bus bar carrier comprising:

a plurality of bus bars;

a base portion on which the plurality of bus bars is disposed; and

a perimeter extending around the base portion, wherein the perimeter comprises a plurality of spaced apart, upwardly extending flexible ribs, wherein upwardly extending is an orientation approximately perpendicular to the base portion, said plurality of spaced apart, upwardly extending flexible ribs being spaced around the perimeter and configured to engage a cell receptacle surface of a housing of the battery module such that the plurality of flexible ribs is flexed inwardly toward the base portion by the cell receptacle surface.

11. The bus bar carrier of claim 10 , wherein the plurality of flexible ribs comprise a plastic material.

12. The bus bar carrier of claim 11 , wherein the base portion comprises the plastic material.

13. The bus bar carrier of claim 10 , wherein the bus bar carrier comprises a plurality of openings configured to enable an interface between the plurality of bus bars and a plurality of terminals of a plurality of electrochemical cells in the housing of the battery module.

14. The bus bar carrier of claim 10 , comprising:

a first opening through the perimeter of the bus bar carrier, wherein the first opening is configured to enable passage of a first bus bar therethrough; and

a second opening through the perimeter of the bus bar carrier, wherein the second opening is configured to enable passage of a second bus bar therethrough.

15. The bus bar carrier of claim 10 , comprising a plurality of transverse portions corresponding to the plurality of flexible ribs, wherein the plurality of transverse portions extend at non-right angles relative to the base portion of the bus bar carrier, and wherein the plurality of transverse portions is configured to engage the cell receptacle surface of the housing of the battery module such that the plurality of transverse portions is flexed inwardly toward the base portion by the cell receptacle surface.

16. The battery module of claim 15 , comprising a plurality of extensions corresponding to the plurality of flexible ribs, wherein the plurality of extensions extend from the base portion of the bus bar carrier between the base portion and the plurality of transverse portions.

17. The battery module of claim 16 , wherein the plurality of extensions and the base portion are joined to form a flat surface across the base portion and the plurality of extensions.

18. The battery module of claim 15 , comprising a plurality of hinge regions corresponding to the plurality of flexible ribs, and configured to enable the plurality of transverse portions of the plurality of flexible ribs to flex inwardly toward the base of the bus bar carrier by the cell receptacle surface.

19. A bus bar carrier of a battery module, the bus bar carrier comprising:

a base portion configured to receive a plurality of bus bars of the battery module; and

a perimeter extending around the base portion, wherein the perimeter comprises a plurality of upwardly extending flexible ribs spaced about the perimeter, wherein upwardly extending is an orientation approximately perpendicular to the base portion, and wherein each rib of the plurality of flexible ribs comprises a first portion extending from the base portion to form a flat surface across the first portion and the base portion, a transverse portion extending at a non-right angle relative to the first portion and the base portion, and a connecting region between the first portion and the transverse portion, wherein the connecting region acts as a hinge about which the transverse portion is configured to be flexed inwardly toward the base portion by a cell receptacle surface of a housing of the battery.