The application of Battery Contact Plates in the vehicle industry is mainly reflected in battery systems, especially electric vehicles (EV) and hybrid electric vehicles (HEVs). The following is a summary of the application of Battery Contact Plates in the transport industry:
Connection of battery system
Core function: Battery Contact Plates are important components used to connect battery cells, battery modules or battery packs in the battery system. They ensure the stable transmission of the internal current of the battery and the effective connection of the battery pack to the external circuit.
Application scenario: In battery packs of electric vehicles and hybrid vehicles, Battery Contact Plates are widely used to connect battery cells or modules to form a complete battery system.
Safety and reliability
Importance: Since the battery system is the core component of electric vehicles and hybrid vehicles, the safety and reliability of the Battery Contact Plates are essential. They need to withstand high current, high voltage and complex working environment to ensure stable operation of the battery system.
Material selection: In order to meet the requirements of high safety and reliability, Battery Contact Plates are usually made of materials with good conductivity and high mechanical strength, such as copper, aluminum and their alloys.
Customized design
Meeting specific requirements: due to the difference of battery systems of different vehicles, the design of Battery Contact Plates shall be customized according to specific requirements. This includes customisation of dimensions, shape, conductivity and connections.
Application Case: For example, in the battery pack of an electric vehicle, the Battery Contact Plates may need to have specific shapes and dimensions to suit the layout and connection requirements of the battery cell or module. At the same time, they also need to have high conductivity and good mechanical strength to ensure stable operation of the battery system.
Technological innovation and development trend
Application of new materials: With the development of new material technology, more and more high-performance materials are used in the production of Battery Contact Plates. These new materials have higher conductivity, lower resistivity and better mechanical strength, helping to improve the performance and safety of the battery system.
Lightweight design: in order to achieve higher energy density and longer endurance mileage, the battery system of electric vehicle needs to be lightweight. Therefore, the Battery Contact Plates also need a lightweight design to reduce material consumption and weight while maintaining adequate mechanical strength and conductivity.
Intelligent monitoring: With the improvement of intelligent level of electric vehicle, higher requirements are put forward for the monitoring and management of battery system. Some advanced Battery Contact Plates are integrated with intelligent monitoring functions, which can monitor the status and operating parameters of the battery system in real time and improve the safety and reliability of the battery system.