New energy vehicles refer to vehicles that use unconventional vehicle fuels as the power source, or use common vehicle fuels but employ newer on-board power devices. They integrate vehicle power control and driving technologies to form a vehicle with new technical principles and a new structure. The aluminum devices used in new energy vehicles can be classified as range-extended electric vehicles, pure electric vehicles, hybrid vehicles, fuel cells, hydrogen engine electric vehicles, and so on. Next, the editor will share with you the classification of aluminum devices used in new energy vehicles. 

In a broad sense, we can categorize the aluminum components used in new energy vehicles into those that exclusively use non-petroleum fuels, which includes hybrid electric vehicles. So, from a broad perspective, it can be further divided into six major categories, including the two mentioned earlier, as well as natural gas, fuel cell vehicles, and pure electric vehicles. From a narrow perspective, the aluminum components used in new energy vehicles refer to those that use unconventional vehicle fuels as the power source and integrate driving and power technologies to form a new automotive model with advanced technologies. Pure electric vehicles are those that use a single battery as the power source. They can utilize the battery to provide electrical energy, thereby driving the electric motor to operate and drive the vehicle. The rechargeable batteries of pure electric vehicles include aluminum-ion batteries, nickel-hydrogen batteries, and others. These batteries can provide power for them and also store electrical energy through the batteries to drive the generator to operate, enabling the vehicle to travel normally. Hybrid vehicles have a main driving system composed of at least two drive systems that can operate simultaneously. The driving force of the vehicle mainly depends on the vehicle's driving state. One is provided by a single drive system, while the other is provided by multiple systems in combination. 
Under the action of the catalyst, hydrogen, methanol, natural gas, gasoline and other substances used in fuel cell electric vehicles react with oxygen in the air within the battery to burn, thereby providing electric energy as the power source for the vehicle. Essentially, fuel cell electric vehicles are also one type of electric vehicle. In many performance and design aspects, they have many similarities with electric vehicles. They are classified into two categories because fuel cell electric vehicles can convert hydrogen, methanol, natural gas, gasoline and other substances into electric energy through chemical reactions, while pure electric vehicles obtain electric energy through charging. 
The pneumatic vehicle is also one type of the aluminum devices used in new energy vehicles. It can utilize compressed air under high pressure as the power source, converting the stored pressure energy within the compressed air into other forms of mechanical energy, thus enabling the aluminum devices used in new energy vehicles to operate normally.