Tesla Patents
Battery Technology And Management
Tesla filed these patents around Battery Technology And Management in the last 5 years
| # | Patent No. | Short Description |
|---|---|---|
| 1. | US10534028B2 | An apparatus and method for identifying a presence of a short circuit in a collection of interconnected battery cells |
| 2. | US9568534B2 | Low-cost, fault tolerant, EMI robust data communications for battery management systems in electric vehicles |
| 3. | US10023038B2 | An energy absorbing and distributing side impact system for a vehicle that uses a large battery pack integrated into the vehicle structure to provide rigidity and protection in side impacts |
| 4. | US9688252B2 | A system for swapping electric vehicle battery packs at remote locations to enable rapid long-distance travel |
| 5. | US10295355B2 | System that provides trip planning for vehicles with energy constraints |
| 6. | US9197091B2 | A system and method for optimizing fast charging of electric vehicles that allows charging stations to automatically adjust charge rates based on user needs and preferences rather than always providing maximum fast charging |
| 7. | US10300798B2 | A charging system for lithium-ion batteries that measures battery degradation directly to provide a more accurate representation of available power |
| 8. | US9419450B2 | A battery charging system and method that reduces charging time and cycle life degradation for lithium-ion batteries |
| 9. | US9694699B2 | Fast charging preparation of battery cells at low temperatures to reduce the risk of damage like lithium plating |
| 10. | US9527403B2 | External thermal conditioning system for electric vehicles that provides thermal conditioning of the vehicle's battery pack during a charging session |
| 11. | US9065103B2 | A battery assembly that can be shaped to fit the available space and resist crushing forces |
| 12. | US9761919B2 | Energy storage system with face cooling of cells by way of heat pipes |
| 13. | US9257729B2 | Detecting and responding to potentially hazardous over-current due to internal short circuit to limit possible excessive thermal conditions of the individual battery cells and modules |
| 14. | US9614383B2 | A self-dischargeable rechargeable high-voltage battery pack with internal dissipation of energy to maintain a safe state when the pack is not installed in a vehicle |
| 15. | US8875828B2 | An integrated battery pack design for electric vehicles that utilizes the battery pack's rigidity and strength to enhance vehicle performance and impact resistance |
Download the full patent report containing all of the 256 patents | ||
