There is no electric spark, no need for precise alignment, and it can charge safely and efficiently even in bad weather - magnetic resonance wireless charging technology is completely transforming the way humans interact with unmanned devices on water.

Unmanned ships and underwater robots, as important tools for water operations, have long been constrained by their energy supply methods, which have restricted the development of the industry. Traditional contact charging has problems such as complex wiring, poor mobility flexibility, and contact sparks caused by short circuits in the lines.

Especially in special environments such as underwater, damp and containing flammable and explosive gases, the traditional contact power supply method is even less advisable.

WIRELESSPT Technology Co., Ltd. has applied wireless charging technology to unmanned ships and underwater robots, enabling these devices to truly achieve intelligent and autonomous operation.

01 Technical Principle: The energy transmission revolution of magnetic resonance coupling

WIRELESSPT unmanned vessel wireless charging technology is based on magnetic coupling resonant radio power transmission technology and has 100% independent intellectual property rights.

This technology employs high-performance magnetic resonance coupling technology. Even when the transmission power reaches several kilowatts, its energy efficiency remains at the leading level in the industry.

Electromagnetic induction wireless charging achieves energy transfer through electromagnetic coils at the transmitting and receiving ends, and charging can be completed without physical contact.

Magnetic resonance technology, on the other hand, makes the resonant frequencies of the transmitting end and the receiving end the same, thereby enhancing the energy transfer efficiency and being suitable for charging requirements over longer distances.

In response to the high conductivity in underwater environments, WIRELESSPT employs special materials and shielding technology to reduce energy loss and ensure the stable operation of the system in damp and high-saline-alkali conditions.

02 Technical Advantages: All-round breakthroughs from security to efficiency

WIRELESSPT unmanned vessel wireless charging technology brings multiple technical advantages and completely solves the problem of charging on water.

Enhanced safety and reliability: The equipment has no electrodes and has excellent weather resistance, capable of withstanding the tests of various climates. Meanwhile, the equipment has no electric sparks, which can fundamentally eliminate potential safety hazards.

This feature is particularly important for equipment operating in flammable and explosive environments.

High-efficiency energy transmission: WIRELESSPT achieves a transmission efficiency of up to 93%, which is at the international leading level in the field of industrial-grade wireless charging.

Its charging current can reach over 200 amperes, and the charging speed has partially surpassed that of traditional industrial wired charging.

Strong environmental adaptability: The product has a protection level of IP67, is corrosion-resistant, waterproof and dustproof, has no exposed electrodes, and is particularly suitable for damp and salt-alkali water environments. It is reliable and stable, with low maintenance costs.

03 Intelligent Integration: A Comprehensive Solution Beyond Charging

The wireless charging system of WIRELESSPT is not merely an energy transmission device, but also an intelligent management system.

Combined with WIRELESSPT's self-developed intelligent communication system, unmanned vessels can autonomously locate charging stations, precisely dock, and achieve fully unmanned management of the charging process.

In actual operation, when the remaining battery power of the unmanned vessel drops below the warning threshold, it will automatically plan a path to the nearest wireless charging station.

No precise alignment is required. Energy transmission is achieved through magnetic field resonance, eliminating manual intervention.

This intelligent integration enables unmanned ships to truly achieve 7× 24-hour automated operation, significantly enhancing work efficiency and response speed.

04 Industry Application: Verify the technical value through multi-scenario practice

WIRELESSPT's unmanned vessel wireless charging technology has been widely applied in multiple fields, demonstrating its technical value and adaptability.

In the field of water emergency rescue, wireless charging systems enable unmanned vessels to quickly and autonomously recharge at docks, on floating platforms, and even on the decks of mother ships, significantly enhancing their availability and response speed.

This is of vital importance for the rescue and disaster relief tasks.

In addition to emergency rescue vessels, this wireless charging system is also widely applied in various intelligent ship fields such as unmanned aquaculture vessels, surveying boats, and flood control monitoring boats.

Promote the transformation and upgrading of the water industry towards intelligence and unmanned operation.

WIRELESSPT has also extended its cutting-edge technology to the main battlefield of the energy revolution - the field of wireless charging for new energy vehicles.

Its high-power wireless charging technology, with advantages such as contactless explosion-proof, automatic alignment, and wide-area compatibility, has become the key to breaking the deadlock.

The wireless charging technology of WIRELESSPT has been strictly tested in practice - it has accumulated rich application experience in cooperation with over two hundred domestic robot enterprises.

The company has launched three major wireless charging product matrices: waterproof, explosion-proof and AGV, with over 60 patents.

With the rapid development of the water-based intelligent equipment industry, wireless charging technology will no longer be merely an additional function but will become a core component of unmanned water-based systems.

WIRELESSPT will continue to focus on the field of wireless charging and provide more reliable and advanced power support for the industry through innovative energy technologies.