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The rise of new energy vehicles has first brought about a change in the energy structure. Traditional fuels are gradually being replaced by cleaner and more efficient electricity, which has led to major changes in energy supply and consumption patterns. For the logistics industry, energy costs are an important consideration in operations. The emergence of new energy vehicles has reduced the energy consumption costs of logistics companies and improved the sustainability of operations.

From a technical perspective, the development of new energy vehicles has promoted the advancement of related technologies such as battery technology and charging facilities. The research and development of high-performance batteries has enabled the vehicle's range to continue to increase and the charging time to gradually shorten. This has made it possible to travel long distances in logistics and transportation, and is no longer limited by the refueling convenience of traditional fuel vehicles. At the same time, the popularization of intelligent charging facilities has provided more convenience for the charging of logistics vehicles and improved the efficiency of logistics and transportation.

In terms of environmental protection, the zero-emission or low-emission characteristics of new energy vehicles are of great significance for reducing air pollution and improving air quality. As an important participant in transportation activities, the logistics industry has been a major source of environmental problems due to the exhaust emissions of a large number of vehicles. Today, the widespread use of new energy vehicles helps reduce carbon emissions in the logistics and transportation process, which is in line with the global pursuit of environmental protection and sustainable development.

However, the application of new energy vehicles in the logistics field also faces some challenges. For example, the high initial acquisition cost makes it difficult for some logistics companies to adopt them on a large scale in the short term. At the same time, the coverage and charging speed of charging facilities still need to be further improved to meet the high-intensity demand of logistics transportation. In addition, the battery's endurance and life may be affected under extreme climatic conditions, which poses certain risks to the stability and reliability of logistics.

Despite the challenges, the prospects for new energy vehicles in the logistics sector are still broad. With the continuous advancement of technology and the gradual reduction of costs, its market share is expected to continue to grow. Policy support and consumers' increasing attention to environmental protection will also create more favorable conditions for the popularization of new energy vehicles in the logistics industry.

Looking at the global logistics system, its complexity is increasing. The rise of cross-border e-commerce and the global layout of the supply chain have put forward higher requirements for the speed, efficiency and accuracy of logistics. As an important part of global logistics, international express delivery also faces many opportunities and challenges.

On the one hand, the application of new energy vehicles is expected to improve the transportation efficiency and service quality of international express delivery. Efficient battery technology and intelligent vehicle management systems can achieve more accurate cargo distribution and tracking, reducing delays and losses during transportation. At the same time, the low noise and low vibration characteristics of new energy vehicles are also conducive to protecting the integrity of goods.

On the other hand, the rapid growth of international express delivery business has also put forward higher demands on the production capacity and supporting facilities of new energy vehicles. In order to meet the growing express delivery volume, it is necessary to increase the production scale of new energy vehicles and accelerate the global layout of charging infrastructure to ensure that vehicles can be charged in time and maintain uninterrupted operation.

In addition, there are many types of goods in international express delivery, and there are different requirements for the adaptability and flexibility of transportation vehicles. New energy vehicle manufacturers need to develop a variety of models based on the characteristics of international express delivery to meet the transportation needs of different goods. At the same time, when choosing new energy vehicles, logistics companies also need to comprehensively consider factors such as vehicle performance, cost and operating environment, and formulate reasonable procurement and operation strategies.

In summary, the rise of new energy vehicles and the transformation of the global logistics system are intertwined and mutually influential. In the future development, the two will continue to evolve together and jointly promote the transportation and logistics industry to develop in a greener, more efficient and intelligent direction.