Today, with the rapid development of technology, unmanned ships, as a new type of Marine equipment, are gradually making their debut in multiple fields such as environmental monitoring, Marine exploration, and logistics transportation. However, the issue of battery life has always been one of the key factors restricting the wide application of unmanned ships. The emergence of wireless charging technology has brought new hope to the development of unmanned ships.

In the field of environmental monitoring, unmanned ships play a significant role. Traditional environmental monitoring methods often require manual sampling, which is not only inefficient but also may pose safety risks. Unmanned ships can carry various monitoring devices, cruise automatically, and collect real-time data on water quality, meteorology, etc. However, due to its usually complex working environment, the charging issue has become a major problem. Taking the environmental monitoring project of a certain coastal city as an example, the local environmental protection department uses unmanned ships to monitor the water quality of the sea area. In the past, after each period of operation at sea, unmanned vessels had to return to the dock for wired charging. This not only wasted a lot of time but also affected the continuity of monitoring data. After the introduction of wireless charging technology, unmanned ships can automatically complete charging in the designated charging area, greatly improving work efficiency. In the charging area, by laying out wireless charging modules, the unmanned vessel only needs to dock at the corresponding position to achieve the transmission of electrical energy. This enables unmanned ships to complete environmental monitoring tasks more efficiently, providing strong support for Marine environmental protection.

Marine exploration is also an important application scenario for unmanned ships. In deep-sea exploration, unmanned vessels need to work for long periods in harsh Marine environments, which poses extremely high demands on their endurance. Wireless charging technology can set up charging base stations on offshore platforms or in specific sea areas. When the battery of an unmanned vessel is low, it can automatically go to the charging base station for charging. In this way, unmanned ships can continuously carry out exploration work in the ocean, greatly extending their operation time and range. By carrying advanced detection equipment, unmanned ships can obtain information such as the topography and geological structure of the seabed, providing important basis for the development and utilization of Marine resources.

In the field of logistics and transportation, the application of unmanned ships is also becoming increasingly widespread. Unmanned ships can achieve automatic transportation of goods, reducing labor costs and transportation risks. However, the endurance of unmanned ships directly affects their transportation efficiency and cost. Wireless charging technology can set up charging facilities at key locations such as ports and waterways. Unmanned ships can charge at any time during transportation to ensure their continuous operation. This not only enhances the efficiency of logistics transportation but also reduces operating costs. For instance, in some inland waterway transportation, unmanned vessels can achieve uninterrupted transportation through wireless charging technology, providing a guarantee for the timely delivery of goods.

Wireless charging technology can also provide customized solutions to meet the needs of different users. Different types of unmanned ships vary in terms of power, size, and usage scenarios, so personalized charging solutions are needed. Some enterprises can design and manufacture wireless charging systems suitable for different unmanned ships based on the specific needs of users. These systems can feature high efficiency, stability, security and other characteristics, meeting users' charging needs in different environments.

Wireless charging technology for unmanned ships provides strong support for the application of unmanned ships in fields such as environmental monitoring, Marine exploration, and logistics transportation. With the continuous development and improvement of technology, it is believed that unmanned vessel wireless charging technology will play a more important role in the future Marine industry, promoting the development of the Marine economy and the rational utilization of Marine resources.