With the rapid development of electric vehicles and energy storage systems, power batteries and charging infrastructure have become core links in the safety management of new energy vehicles. Power batteries involve key technologies such as high-voltage systems, thermal management, charging management and capacitors, and there are certain safety risks in design, use, warranty, recycling and abnormal working conditions. The course content includes introduction to energy storage systems, comparison of advantages and disadvantages of different battery types, high-voltage battery cooling systems, charging management systems, capacitor working principles, battery pack design considerations, failure modes, battery warranty, battery recycling, and battery fire risks and emergency handling.
At the same time, charging equipment and charging stations, as important infrastructure for electric vehicle energy replenishment, their equipment principles, charging cables, connectors and related international and national design standard requirements also directly affect safety, compliance and reliability during charging.

• Master the working principles of key battery systems
• Identify battery pack design and failure risks
• Understand the basic composition and safety requirements of charging equipment and charging stations
• Become familiar with relevant international and national design standard requirements

• Product managers, project managers, R&D personnel and test personnel related to automotive power batteries, battery packs and battery systems
• Design, verification, quality and reliability engineers related to energy storage systems
• R&D, engineering, operation and maintenance, and safety management personnel related to charging piles, charging equipment and charging stations
• Personnel responsible for power battery warranty, after-sales service, failure analysis and recycling
• Personnel engaged in new energy vehicle safety, regulatory compliance, supplier quality management or technical management within enterprises
• Management and technical support personnel who hope to systematically understand safety risks of power batteries and charging systems

• Introduction to energy storage systems and different types of batteries
• High-voltage battery cooling system, charging management system, capacitor working principles
• Battery pack design considerations and failure modes
• Battery warranty and battery recycling risks
• Battery fire risks and emergency handling
• Introduction to charging equipment and charging stations
• Basic principles of charging piles and equipment
• Charging cables and connectors
• Relevant international and national design standard requirements