20240017604. MODULAR BATTERY HOUSING FOR MOUNTING BATTERY MODULES TO ONE OF A PLURALITY OF ELECTRIC VEHICLES simplified abstract (DUS Operating Inc.)

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MODULAR BATTERY HOUSING FOR MOUNTING BATTERY MODULES TO ONE OF A PLURALITY OF ELECTRIC VEHICLES

Organization Name

DUS Operating Inc.

Inventor(s)

Stephan Roehner of Dortmund (DE)

Indraneel Page of Farmington Hills MI (US)

Louie Hanna of Sterling Heights MI (US)

Dana M. Serrels of Davison MI (US)

MODULAR BATTERY HOUSING FOR MOUNTING BATTERY MODULES TO ONE OF A PLURALITY OF ELECTRIC VEHICLES - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240017604 titled 'MODULAR BATTERY HOUSING FOR MOUNTING BATTERY MODULES TO ONE OF A PLURALITY OF ELECTRIC VEHICLES

Simplified Explanation

The abstract describes a modular battery housing for electric vehicles that can accommodate multiple battery modules. Each battery module consists of a case and one or more battery cells. The modular battery housing includes a frame that can be attached to the electric vehicle, with a pair of rails and cross members for support. Additionally, there are separate battery pack enclosures that can be connected to the frame. Each battery pack enclosure has a chamber for securely containing one or more battery modules, and is separate from the battery module case.

  • The patent describes a modular battery housing for electric vehicles.
  • The housing can accommodate multiple battery modules, each consisting of a case and battery cells.
  • The housing includes a frame with rails and cross members for support.
  • Separate battery pack enclosures can be connected to the frame.
  • Each battery pack enclosure has a chamber for securely containing battery modules.
  • The battery pack enclosures are separate from the battery module cases.

Potential Applications:

  • Electric vehicles: The modular battery housing can be used in electric vehicles to provide a flexible and scalable battery system.
  • Energy storage systems: The housing can also be used in stationary energy storage systems, allowing for easy replacement and expansion of battery modules.

Problems Solved:

  • Scalability: The modular battery housing allows for easy addition or removal of battery modules, providing flexibility in the capacity of the battery system.
  • Protection: The separate battery pack enclosures ensure the safe containment of battery modules, protecting them from external elements and potential damage.

Benefits:

  • Flexibility: The modular design allows for customization and adaptation of the battery system to meet specific requirements.
  • Ease of maintenance: The separate battery pack enclosures make it easier to replace or repair individual battery modules without affecting the entire system.
  • Improved safety: The housing design ensures the secure containment of battery modules, reducing the risk of accidents or damage.


Original Abstract Submitted

a modular battery housing is provided for mounting at least one of a plurality of battery modules to an electric vehicle. each of the battery modules includes a battery module case and one or more battery cells disposed within the battery module case. the modular battery housing includes a frame coupleable to the electric vehicle. the frame includes a pair of rails spaced apart from one another and a plurality of cross members coupleable to the rails. the modular battery housing further includes one or more battery pack enclosures separate from and coupleable to the frame. each of the battery pack enclosures defines a chamber for sealingly containing at least one of the battery modules, and each of the battery pack enclosures being separate from the battery module case.