Difference between revisions of "Category:B60W60/001"

B60W60/001 - Control Systems for Hybrid Vehicles: Specific Aspects of the Control of Energy Storage Systems for Hybrid Vehicles

The International Patent Classification (IPC) code B60W60/001 is a subcategory within the broader B60W60/00 classification, which focuses on control systems for hybrid vehicles. Specifically, B60W60/001 pertains to the control of energy storage systems in hybrid vehicles, an area critical for optimizing the performance and efficiency of these vehicles.

Overview of B60W60/001

• Energy Storage System Control: This classification addresses technologies and methods for controlling energy storage systems, such as batteries, in hybrid vehicles.
• Optimization of Energy Use: It includes innovations aimed at optimizing the use and storage of energy within the vehicle's hybrid system.
• Integration with Vehicle Dynamics: The control systems under this classification are designed to integrate seamlessly with the overall vehicle dynamics for enhanced performance.

Key Features and Innovations

• Battery Management Systems (BMS): Advanced systems for managing the charge, discharge, and overall health of hybrid vehicle batteries.
• Energy Distribution Control: Technologies that efficiently distribute energy between the engine, electric motor, and battery.
• State of Charge (SoC) Monitoring: Methods for accurately monitoring the battery's state of charge to ensure optimal energy usage.

Companies and Research in B60W60/001

Notable contributions in this area have been made by several entities, including:

• BYD Auto: A company renowned for its innovations in battery technology and energy management in hybrid vehicles. [BYD Auto's Website](http://www.byd.com)
• Tesla, Inc.: Known for its advanced energy storage and battery management systems in electric and hybrid vehicles. [Tesla's Website](http://www.tesla.com)

Related IPC Classifications

• B60L11/18: Electric propulsion with power supply from cells or batteries
• B60W10/30: Control systems or methods for hybrid vehicles involving the storage of energy