What are the applications of aluminum profiles in new energy vehicles?

The use of aluminum profiles in new energy vehicles is widespread across several key areas:

Body Structure:
Aluminum alloy profiles are widely used in the body structure of new energy vehicles, especially in parts like doors, roofs, and fenders. Aluminum alloys are lightweight and strong, effectively reducing the overall vehicle weight, which in turn enhances energy efficiency and extends the driving range.

Battery Pack Shells:
Due to aluminum’s high strength and excellent corrosion resistance, it is commonly used in the manufacturing of battery pack shells. The aluminum alloy frame structure provides solid protection, preventing the battery from damage due to external impacts during use.

Power System Components:
Aluminum profiles are also extensively used in the power system components of new energy vehicles, such as motor mounts and cooling system components. Aluminum’s excellent thermal conductivity helps dissipate heat from the battery and motor, improving vehicle performance and safety.

Wheels and Suspension System:
Aluminum alloys are used in the wheels and suspension system of new energy vehicles to reduce weight. This helps enhance the vehicle’s power performance and energy efficiency, especially in increasing battery range.

Air Conditioning System:
In the air conditioning system of new energy vehicles, aluminum profiles are used for manufacturing components like condensers and evaporators. Aluminum’s excellent thermal conductivity significantly boosts the efficiency of the heat exchange process, enhancing comfort inside the vehicle.

Battery Cooling System:
The battery cooling system frequently uses aluminum alloys to make cooling plates and cooling pipelines. Aluminum’s superior heat dissipation helps ensure the battery operates efficiently without overheating, maintaining its stability and lifespan.

Cooling Systems:
Aluminum profiles are also used in the cooling systems of LED headlights, controllers, chargers, and other components in new energy vehicles. Aluminum’s exceptional thermal conductivity helps maintain a stable working temperature for these electronic devices.

Through these applications, aluminum profiles significantly contribute to reducing the weight of new energy vehicles, improving driving range, enhancing safety, and boosting overall vehicle efficiency.