Battery enclosure systems and methods
View Patent ↗System and methods for retaining a battery system included in a vehicle are presented. In certain embodiments, a system for enclosing a battery system may utilize a plurality of modular components. The modular components may include a plurality of first side components and a plurality of second side components coupled to the plurality of first side components. A first top component and a second top component may be coupled to the first side components. In certain embodiments, the second top component may be configured to prevent the first top component from being decoupled from the first side components.
1. A enclosure system for retaining a battery system using a plurality of modular components, comprising:
a plurality of first side components;
a plurality of second side components, each second side component being coupled to the plurality of first side components;
a first top component coupled to the first side components; and
a second top component coupled to the first side components;
wherein the second top component comprises at least one second top component securement member and each first side component comprises at least one second top component securement opening configured to receiving a second top component securement member and thereby form a mechanical connection between the second top component and the first side components preventing the first top component from being decoupled from the first side components by preventing outward deformation of the first side components.
2. The enclosure system of claim 1 , wherein the first side components and the second side components each comprise one or more openings.
3. The enclosure system of claim 1 , wherein the plurality of modular components are configured to be assembled using only integrally formed securement systems.
4. The enclosure system of claim 1 , wherein each second side component is configured to be coupled to the plurality of first side components using a connection comprising at least one of a snap mechanical connection, a compression mechanical connection, and a frictional fit mechanical connection.
5. The enclosure system of claim 1 , wherein each second side component comprises at least one rib structure and each first side component comprises at least one channel structure configured to receive a rib structure of a second side component thereby coupling a first side component to a second side component.
6. The enclosure system of claim 1 , wherein the first top component comprises a first top component securement member and each first side component comprises at least one first top component interface opening configured to receive the first top component securement member and thereby form a mechanical connection between the first top component and the first side component.
7. The enclosure system of claim 6 , wherein the first top component securement member comprises a raised lip structure configured to be secured within the first top component interface opening by selectively deforming a portion of the first side component.
8. The enclosure system of claim 1 , wherein the second top component securement opening comprises a channel and the second top component securement member comprises a T-shaped structure configured to be secured within the channel.
9. The enclosure system of claim 8 , wherein the second top component is configured to prevent the first top component from being decoupled from the first side component when the T-shaped structure is secured within the channel by preventing outward deformation of the first side components.
10. A system comprising:
a powertrain system configured to propel a vehicle, the powertrain system comprising:
a motor configured to propel the vehicle;
a battery system in electrical communication with the motor; and
a enclosure configured to retain the battery system comprising:
a plurality of first side components;
a plurality of second side components, each second side component being coupled to the plurality of first side components;
a first top component coupled to the first side components; and
a second top component coupled to the first side components;
wherein the second top component comprises at least one second top component securement member and each first side component comprises at least one second top component securement opening configured to receiving a second top component securement member and thereby form a mechanical connection between the second top component and the first side component preventing the first top component from being decoupled from the first side components by preventing outward deformation of the first side components.
11. The system of claim 10 , wherein the first side components and the second side components each comprise one or more openings.
12. The system of claim 10 , wherein each second side component is configured to be coupled to the plurality of first side components using a connection comprising at least one of a snap mechanical connection, a compression mechanical connection, and a frictional fit mechanical connection.
13. The system of claim 10 , wherein each second side component comprises at least one rib structure and each first side component comprises at least one channel structure configured to receive a rib structure of a second side component thereby coupling a first side component to a second side component.
14. The system of claim 10 , wherein the first top component comprises a first top component securement member and each first side component comprises at least one first top component interface opening configured to receive the first top component securement member and thereby form a mechanical connection between the first top component and the first side component.
15. The system of claim 14 , wherein the first top component securement member comprises a raised lip structure configured to be secured within the first top component interface opening by selectively deforming a portion of the first side component.
16. The enclosure system of claim 10 , wherein the second top component securement opening comprises a channel and the second top component securement member comprises a T-shaped structure configured to be secured within the channel.
17. The enclosure system of claim 16 , wherein the second top component is configured to prevent the first top component from being decoupled from the first side component when the T-shaped structure is secured within the channel by preventing outward deformation of the first side components.
18. A method for assembling an enclosure configured to retain a battery system comprises:
coupling a plurality of first side components with a plurality of second side components;
coupling a first top component to the first side components; and
coupling a second top component to the first side components,
wherein the second top component comprises at least one second top component securement member and each first side component comprises at least one second top component securement opening configured to receive a second top component securement member and thereby form a mechanical connection between the second top component and the first side component preventing the first top component from being decoupled from the first side component by preventing outward deformation of the first side component.