With the rapid development of driverless technology, unmanned logistics vehicles have gradually become an important part of the modern logistics industry, and the introduction of wireless charging technology has brought revolutionary changes to this field. Wireless charging technology enables unmanned logistics vehicles to charge efficiently at specific charging stations through non-contact energy transmission, without manual plugging and unplugging of the charging line, which greatly simplifies the operation process, reduces the charging preparation time, and improves vehicle availability and operational efficiency. In addition, this technology is designed to have higher safety and longer service life, and the hardware part of the charging station is waterproof and dust-proof, which can effectively avoid wear or damage caused by frequent insertion and removal, which is particularly important for unmanned logistics vehicles working in complex outdoor environments.

The combination of wireless charging technology and unmanned logistics vehicles has promoted the automation level of logistics distribution. The unmanned logistics vehicle can drive to the charging station independently for charging through preset route planning and location recognition, and the entire process does not require manual intervention, further improving the intelligence of the logistics system. This automatic charging solution is not only suitable for short-distance distribution in cities, but also for closed or semi-closed areas such as industrial parks and large warehouses, which greatly improves the speed and reliability of logistics distribution and reduces operating costs. At the same time, the wireless charging system can intelligently schedule the charging time according to the battery status and distribution task plan, ensuring that the unmanned logistics vehicle can always maintain the best working state when needed, optimizing the distribution process and improving customer satisfaction.

From the perspective of environmental adaptability, the energy transmission method provided by wireless charging technology is not limited by weather conditions, even in bad weather, it can ensure the normal charging of unmanned logistics vehicles and ensure the smooth completion of distribution tasks. In addition, wireless charging stations have a small footprint, flexible installation, and can be arranged according to actual needs, reducing the cost and time of traditional charging infrastructure construction. For express service providers, this means that they can complete more distribution tasks in a shorter time, improve operational efficiency, and also provide strong support for the sustainable development of the logistics industry.

The application of wireless charging technology in unmanned logistics vehicles not only improves the distribution efficiency and safety, but also promotes the intelligent and sustainable development of the logistics system. By reducing human intervention, optimizing the charging process, and improving vehicle availability, wireless charging technology paves the way for the widespread application of unmanned logistics vehicles and becomes an integral part of smart city construction. In the future, with the further maturity and popularization of technology, the combination of driverless logistics vehicles and wireless charging technology is expected to completely change our logistics distribution method and lead the future development of the logistics industry.