Battery housing assembly having strike bar
A battery housing assembly for an electric vehicle includes a battery housing, at least one mounting structure, and a strike bar. The battery housing is configured to house battery components. The mounting structure is secured to the battery housing and is configured to mount the battery housing to a vehicle frame. The mounting structure includes a recess. The strike bar is disposed within the recess and is secured to the mounting structure. The strike bar extends beyond an exterior profile of the battery housing and includes an upper end portion that tapers inwardly within the recess. The strike bar is configured to detach from the mounting structure in a downward direction during a vehicle impact event.
1. A battery housing assembly for an electric vehicle, the battery housing assembly comprising:
a battery housing configured to house battery components;
at least one mounting structure secured to the battery housing and configured to mount the battery housing to a vehicle frame, the at least one mounting structure includes a recess; and
a strike bar disposed within the recess and secured to the at least one mounting structure, the strike bar extending beyond an exterior profile of the battery housing, the strike bar including an upper end portion that tapers inwardly within the recess,
wherein the strike bar is configured to detach from the at least one mounting structure in a downward direction during a vehicle impact event.
2. The battery housing assembly of claim 1 , wherein the strike bar is made of an aluminum material.
3. The battery housing assembly of claim 1 , wherein the strike bar is secured to the at least one mounting structure via mechanical fasteners.
4. The battery housing assembly of claim 1 , wherein the strike bar extends an entire length of the battery housing.
5. The battery housing assembly of claim 1 , wherein the strike bar includes a lower end portion having a cross-sectional area greater than a cross-sectional area of the upper portion.
6. The battery housing assembly of claim 1 , further comprising mounting posts spaced apart along a length of the at least one mounting structure and extending through the at least one mounting structure, and wherein fasteners extend through the mounting posts to secure the battery housing to the vehicle frame.
7. The battery housing assembly of claim 6 , wherein the strike bar is located inboard relative to the mounting posts.
8. The battery housing assembly of claim 1 , wherein the at least one mounting structure comprises an edge that corresponds to the tapered upper end portion of the strike bar.
9. The battery housing assembly of claim 1 , wherein the strike bar includes another upper end portion that tapers inwardly within the recess.
10. The battery housing assembly of claim 9 , wherein the at least one mounting structure comprises edges that correspond to the tapered upper end portion of the strike bar and the tapered another upper end portion of the strike bar.
11. The battery housing assembly of claim 1 , wherein the at least one mounting structure comprises internal stiffening members.
12. The battery housing assembly of claim 1 , wherein the at least one mounting structure and the strike bar are made of an aluminum material.
13. A battery housing assembly for an electric vehicle, the battery housing assembly comprising:
a battery housing configured to house battery components;
at least one battery frame secured to the battery housing and configured to mount the battery housing to a vehicle frame, the at least one battery frame including a recess; and
a strike bar disposed within the recess and secured to the at least one battery frame, the strike bar extending beyond an exterior profile of the battery housing, the strike bar including an upper end portion that tapers inwardly within the recess, the strike bar comprising a stiffness that is greater than a stiffness of the at least one battery frame,
wherein the strike bar is configured to detach from the at least one battery frame in a downward direction during a vehicle impact event.
14. The battery housing assembly of claim 13 , wherein the strike bar is made of an aluminum material.
15. The battery housing assembly of claim 13 , wherein the strike bar is secured to the at least one battery frame via mechanical fasteners.
16. The battery housing assembly of claim 13 , wherein the strike bar extends an entire length of the battery housing.
17. The battery housing assembly of claim 13 , further comprising mounting posts spaced apart along a length of the at least one battery frame and extending through the at least one battery frame, and wherein fasteners extend through the mounting posts to secure the battery housing to the vehicle frame.
18. The battery housing assembly of claim 17 , wherein the strike bar is located inboard relative to the mounting posts.
19. The battery housing assembly of claim 13 , wherein the at least one battery frame comprises internal stiffening members.
20. A battery housing assembly for an electric vehicle, the battery housing assembly comprising:
a battery housing configured to house battery components;
at least one battery frame secured to the battery housing and configured to mount the battery housing to a vehicle frame, the at least one battery frame includes a recess having an edge;
mounting posts spaced apart along a length of the at least one battery frame and extending through the at least one battery frame;
fasteners extending through the mounting posts to secure the battery housing to the vehicle frame; and
a strike bar disposed within the recess and secured to the at least one battery frame, the strike bar extending beyond an exterior profile of the battery housing and located inboard relative to the mounting posts, the strike bar including an upper end portion that tapers inwardly within the recess, the edge of the recess corresponds to the tapered upper end portion of the strike bar,
wherein the strike bar is configured to detach from the at least one battery frame in a downward direction during a vehicle impact event.