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The development of new energy vehicles affects the mode of logistics and transportation. As the range of new energy vehicles increases and charging facilities improve, their application in short-distance logistics distribution is gradually increasing. For the air express industry, this means that the competitive pressure of short-distance transportation may increase. Because of the flexibility and cost advantages of new energy vehicles in urban distribution, they may divert some short-distance express business that originally relied on air transportation.

At the same time, the intelligent technology of new energy vehicles has also brought changes to the logistics industry. The application of technologies such as autonomous driving and vehicle networking has improved the efficiency and accuracy of logistics distribution. This has put forward higher requirements for the information management and precise distribution of the air express industry. If the air express industry cannot keep up with the pace of technological development in a timely manner, it may lag behind in service quality and customer satisfaction.

On the other hand, the development of the air express industry also affects the new energy vehicle market to a certain extent. The air express industry has extremely high requirements for timeliness. In order to ensure the rapid delivery of express mail, an efficient transportation network and hub facilities are needed. This has prompted various regions to increase investment and construction in transportation infrastructure, including highways, logistics parks, etc. The improvement of these infrastructures has created better conditions for the use of new energy vehicles, such as more charging facilities and more convenient road access.

In addition, the prosperity of the air express industry has driven the development of e-commerce, and the growth of e-commerce has stimulated consumers' demand for faster delivery of goods. This has further promoted the application and innovation of new energy vehicles in the field of logistics. For example, some e-commerce companies have begun to try to use new energy vehicles for "last mile" delivery to reduce costs and reduce environmental pollution.

However, the competition in the new energy vehicle market and the development of the air express industry also face some common challenges. The first is the technical bottleneck, such as the battery life and charging time of new energy vehicles, and the insufficient application of automation technology in the air express industry when handling a large number of packages. The second is the impact of policies and regulations, such as changes in new energy vehicle subsidy policies and adjustments to the regulatory policies of the air express industry. Finally, there is the uncertainty of market demand. Consumers' acceptance of new energy vehicles and their expectations for the quality of express delivery services are constantly changing.

In the face of these challenges, new energy vehicle companies and the air express industry need to strengthen cooperation and jointly explore innovative solutions. For example, the two sides can work together to develop new energy vehicle models suitable for logistics and distribution, optimize transportation routes and distribution models, and improve resource utilization. At the same time, the government and society should also provide better policy support and market environment for the development of these two industries, and encourage technological innovation and sustainable development.

In short, the competition in the new energy vehicle market and the development of the air express industry are intertwined and mutually influential. In the future development, only by fully recognizing this relationship and strengthening cooperation and innovation can we achieve common prosperity and sustainable development.