Hybrid Vehicle Batteries
Overview
Topics
Overview
This course provides an in-depth understanding of hybrid vehicle battery systems, focusing on their design, function, maintenance, and safety. Participants will acquire the practical skills and theoretical knowledge necessary to work with hybrid batteries in various automotive applications.
Trainees will also learn the following:
- Removing and installing the battery in the vehicle.
- Maintaining the battery, including cleaning the cooling system and activating the cells.
- Identifying sensors and electrical connections.
Topics
Introduction to Hybrid Vehicles
- Overview of hybrid vehicle technology.
- Differences between hybrid, electric, and conventional vehicles.
- Importance of battery systems in hybrid vehicles.
Types of Hybrid Batteries
- Overview of battery types: NiMH, Li-ion, and others.
- Advantages and disadvantages of each type.
- Selecting a battery based on vehicle design.
Battery Components and Structure
- Understanding battery cells, modules, and packs.
- Key components: Battery Management System (BMS), cooling systems, and safety features.
Battery Operating Principles
- How hybrid batteries work in conjunction with internal combustion engines.
- Energy storage and release during operation.
- Regenerative braking and its impact on battery life.
Battery Maintenance and Care
- Best practices for maintaining hybrid batteries.
- Monitoring battery health and performance.
- Recognizing signs of battery deterioration.
Battery Diagnostics and Troubleshooting
- Tools and techniques for diagnosing battery issues.
- Common battery faults and their solutions.
- Use of diagnostic equipment and software.
Battery Replacement Procedures
- Step-by-step process for safely replacing hybrid batteries.
- Environmental considerations and recycling practices.
- Safety protocols for handling high-voltage systems.
- Emergency procedures for battery incidents.
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