With the rapid development of e-commerce, the logistics distribution industry is facing increasing pressure, especially in the last mile distribution link. In order to solve this problem, unmanned delivery vehicles came into being, which can significantly improve delivery efficiency and reduce labor costs. However, the wide application of unmanned delivery vehicles cannot be separated from efficient energy supply systems, and wireless charging technology, as one of the innovative solutions, is gradually becoming a new darling in the field of logistics distribution.

Wireless charging technology realizes non-contact energy transmission between vehicles and charging facilities through the principle of electromagnetic induction. The application of this technology enables unmanned express vehicles to find charging stations by themselves without intervention, which greatly improves the operation continuity and management efficiency of the equipment. In addition, the installation and maintenance of the wireless charging system is easier than that of traditional wired charging, reducing the situation of distribution affected by the failure of charging equipment.

In practical applications, the layout and design of wireless charging technology need to consider several factors. For example, the location of charging stations needs to be combined with the main operating routes and distribution ranges of express vehicles to ensure that the distribution of charging stations can meet the charging needs of vehicles without taking up too much urban space. At the same time, in order to adapt to the high frequency and short distance distribution characteristics of express trucks, the wireless charging system needs to have fast charging capability, shorten the vehicle charging time, and thus improve the overall distribution efficiency.

Security is the top priority in the development of unmanned express wireless charging technology. The system must have intelligent fault detection and troubleshooting to ensure safe operation under any circumstances. The electromagnetic radiation generated during the wireless charging process also needs to be properly dealt with to protect the surrounding environment and human health. In addition, the charging station should have good protective measures to prevent the impact of external environment and weather changes on the charging process to ensure the stability and reliability of the equipment.

In addition to technical innovation, the application of wireless charging technology has also brought changes to the management and operation model of the logistics industry. The introduction of real-time monitoring and remote management functions makes logistics companies more flexible and efficient in scheduling and maintaining unmanned delivery vehicles. Through the Internet of Things technology, enterprises can understand the running status and charging situation of vehicles in real time, find and solve problems in a timely manner, and reduce operational risks. At the same time, intelligent charging management can also optimize energy use and reduce overall operating costs.

In the future, with the continuous development of 5G, artificial intelligence and other technologies, unmanned express wireless charging solutions will be more perfect and mature. Intelligent identification, automatic docking, remote monitoring and other functions will be further improved, and the distribution efficiency and reliability of unmanned express vehicles will be significantly improved. This will not only promote the transformation of the logistics industry, but also provide more convenient and efficient express delivery services for urban residents. It is foreseeable that wireless charging technology will play a key role in the future smart logistics system and provide strong technical support for the intelligent and green logistics distribution.