Granted Patent B2

US 12,283,675 · App. 17/295,872 · Granted Apr 22, 2025

Inventors: Siu Lun Isaac Tang (Richmond, CA); Jeremy Lindstrom (Richmond, CA); Geoffrey Frederick Crocker (Richmond, CA)

Assignee: CORVUS ENERGY INC.

H01M10/6556H01M10/4257H01M10/613H01M10/647H01M10/6561H01M50/204H01M50/209H01M50/262H01M2010/4278H01M50/271

Abstract

Claims (24)

1. A battery module stack comprising:

multiple battery modules, each battery module comprising:

at least one cell enclosure for housing a plurality of battery cells; and

a cooling assembly comprising a cooling channel:

extending from an aperture in a lower side of the battery module to an aperture in an upper side of the battery module; and

positioned such that heat generated within the cell enclosure may be transferred to a cooling fluid flowing, via the cooling channel, from the lower side of the battery module to the upper side of the battery module,

wherein the battery modules are arranged in a vertically stacked formation such that the cooling channel of at least one battery module is aligned with the cooling channel of at least one adjacent battery module.

2. The battery module stack of claim 1 , further comprising:

a base at a bottom of the stacked formation; and

an air delivery device configured to cause air to flow through the base and through the cooling channels of the stacked battery modules, via a cooling channel formed within the base and in fluid communication with the cooling channels of the stacked battery modules.

3. The battery module stack of claim 1 , wherein:

each battery module further comprises:

an exhaust assembly comprising an exhaust channel extending from an exhaust aperture in the lower side of the battery module to an exhaust aperture in the upper side of the battery module; and

an exhaust port extending from the cell enclosure to the exhaust channel; and

the exhaust channel of at least one battery module is aligned with the exhaust channel of at least one adjacent battery module.

4. The battery module stack of claim 3 , wherein the base comprises an exhaust outlet in fluid communication with the exhaust channels of the stacked battery modules.

5. The battery module stack of claim 1 , further comprising a pack controller communicatively coupled with the battery modules, and operable to control operation of the battery modules.

6. The battery module stack of claim 5 , wherein the pack controller is stacked with the battery modules.

7. The battery module stack of claim 1 , further comprising a cover positioned on top of the stacked formation to seal the cooling channel of the uppermost battery module of the stack.

8. The battery module stack of claim 1 , further comprising a stabilizing mechanism configured to apply compression to the stacked formation for stabilizing the stacked formation.

9. The battery module stack of claim 8 , wherein the stabilizing mechanism comprises one or more cables or bars attached to the cover and to one or more points at least as low as a lowermost battery module of the stacked formation.

10. The battery module stack of claim 1 , wherein each battery module further comprises one or more locking members engaging with corresponding locking members of one or more of an immediately adjacent upper battery module and an immediately adjacent lower battery module.

11. The battery module stack of claim 10 , wherein the one or more locking members of a battery module are configured to engage with the corresponding locking members of an immediately adjacent upper battery module in response to a further battery module being stacked on top of the immediately adjacent upper battery module.

12. The battery module stack of claim 1 , wherein the cooling channel of an uppermost battery module of the stack is sealed.

Assignments (1)

Continuity (2)

References Cited (41)

Cited By (1)

US 12,555,860