Category:B60W2554/00
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B60W2554/00 - Control Systems for Hybrid Vehicles: Adjusting Control Parameters in Response to Vehicle Operating Conditions
The International Patent Classification (IPC) code B60W2554/00 is a specific subcategory within the broader B60W classification, focusing on control systems for hybrid vehicles. Particularly, B60W2554/00 deals with systems and methods for adjusting control parameters of hybrid vehicles in response to various vehicle operating conditions. This area is vital for enhancing the efficiency, performance, and safety of hybrid vehicles.
Contents
Overview of B60W2554/00
- Dynamic Adjustment: Technologies and methods for dynamically adjusting control parameters based on real-time vehicle operating conditions.
- Sensor Integration: Involves the use of various sensors to monitor vehicle conditions and inform control system adjustments.
- Optimized Performance: Aims at achieving optimal vehicle performance and efficiency through responsive control adjustments.
Key Innovations and Technologies
- Real-Time Monitoring: Systems that continuously monitor vehicle speed, load, terrain, and other factors to adjust control parameters.
- Adaptive Algorithms: Advanced algorithms that adapt the operation of the hybrid system based on the current driving scenario.
- Energy Efficiency Optimization: Techniques to optimize fuel consumption and battery usage based on driving conditions.
Notable Entities in B60W2554/00
Research and development in this area are conducted by various organizations, including:
- Bosch: Known for its advanced vehicle control systems. [Bosch's Website](http://www.bosch.com)
- Continental AG: Specializes in automotive technology, including adaptive control systems for hybrid vehicles. [Continental AG's Website](http://www.continental-corporation.com)
