In the field of electric vehicles, the application research of automotive forgings mainly focuses on the following aspects: Battery box support structure: The battery box of electric vehicles is an important part of the battery pack, which needs to have high strength and rigidity to ensure the safety and stability of the battery pack. Forgings can provide higher strength and rigidity in the support structure of the battery box, enhancing the vibration resistance and load-bearing capacity of the battery box. Suspension system: The suspension system of electric vehicles needs to meet the high strength and durability requirements to cope with the weight of the battery pack and the additional load brought by the electric drive. Forged suspension components provide excellent strength and rigidity while reducing vehicle weight. Drive system components: In the drive system of electric vehicles, the transmission shaft, steering knuckle, gear and other components need to have high strength and wear resistance. The forging process can produce high-strength, high-precision drive system parts, improve transmission efficiency and service life. Braking system: Due to the characteristics of braking energy recovery, the braking system has higher requirements for high temperature and high load conditions. The forging process can produce high strength, high heat resistance brake system components, improve braking performance and reliability. Body structure: The body structure of electric vehicles needs to take into account safety, rigidity and lightweight. Forging can be applied to key components of the body structure, such as front beams, body joints, etc., to provide higher strength and rigidity, and to achieve the goal of body lightweight. Through the research and development of the characteristics of electric vehicles, automotive forgings can play a more important role in electric vehicles to improve the performance and reliability of the vehicle.
