Pure electric small garbage truck is the ideal choice for municipal property street garbage transfer. This vehicle uses pure electric drive, zero emissions, energy saving and environmental protection, can effectively reduce environmental pollution. At the same time, its small and flexible size makes it more convenient to drive on busy streets and can quickly complete garbage transfer tasks. In terms of operation, the pure electric small garbage truck adopts the push-rod operation mode, so that the driver can easily complete the garbage dumping operation. At the same time, the vehicle also has its own compression function, which can compress the garbage for convenient storage and transportation. This compression function can effectively reduce the space occupation and improve the efficiency of garbage transfer.

As a large-capacity garbage truck, the pure electric small garbage truck has 3.5 cubic meters of large-capacity garbage bins, which can hold more garbage and be more durable. The design of this large-capacity trash can make the vehicle less prone to fatigue during long-term use, thus reducing maintenance costs and time. In addition, pure electric small garbage trucks also have some other advantages. First of all, this vehicle uses pure electric drive, no exhaust emissions, will not cause pollution to the environment. Secondly, the operation of this vehicle is very simple and flexible, and the driver can easily complete the garbage dumping operation. Finally, the price of pure electric small garbage trucks is relatively low, and it is an economical and practical garbage transfer vehicle.

In general, the pure electric small garbage truck is a very suitable vehicle for municipal property street garbage transfer. Its small and flexible size, the way the push rod is operated, the built-in compression function and the large capacity bin are its advantages.

It is believed that with the continuous development of pure electric technology, this vehicle will become the mainstream product in the field of garbage transfer in the future.