With the widespread adoption of intelligent manufacturing and smart warehousing, concealed, traction, and lifting AGV vehicles have become the main equipment for material transportation in workshops and warehouse sorting. Industry research shows that although many factories have completed the deployment of AGV vehicle clusters, they still use the charging mode of brushing plates and metal plugs, which has become a prominent bottleneck in the transition to unmanned operation: contact point wear, charging queues, manual reset, and fire safety hazards continuously erode the automation benefits of enterprises. WIRELESSPT, relying on a complete industrial wireless charging product line of 180W and 6000W, has launched a full series of AGV vehicle wireless charging solution packages to solve the range problems of lightweight and medium-sized AGV vehicles in various scenarios such as workshops, warehouses, and explosion-proof workshops, helping factories truly achieve 7×24-hour uninterrupted logistics transportation.

Traditional contact charging brings four operational pain points for AGV vehicles:

1. High mechanical contact point wear, with high maintenance costs: Metal brushes and plugs repeatedly rub and oxidize in the dust and oil environment of the workshop, and generally need to be replaced in batches every 3-6 months; poor contact causes charging interruption, and the AGV vehicle stalls halfway, requiring on-site manual reset, increasing maintenance hours, with annual spare parts and labor costs for a fleet of 100 vehicles reaching tens of thousands of yuan.

2. Strict parking positioning, prone to charging failure: Contact charging requires millimeter-level precise alignment, ground wear, wheel slipping, and navigation drift can cause alignment failure; to achieve high-precision parking, navigation hardware needs to be upgraded, and the vehicle needs to be raised for renovation, increasing the overall cost.

3. Concentrated charging causes queues and low equipment operation rate: AGV vehicles must return to the charging area for centralized charging when their batteries are depleted, and during breaks, they cannot be recharged, resulting in "vehicles waiting for chargers" when multiple vehicles are low on power at the same time, and the overall utilization rate of equipment is generally 60-65%, compressing the material turnover efficiency of the production line.

4. Some high-risk scenarios have safety red lines: In lithium battery, chemical, and grain dust workshops, the moment of plugging generates an electric spark, touching the safety compliance red line of production, and the contact charging solution has risks of rectification.

WIRELESSPT energy AGV vehicle wireless charging has 180W and 3000W rich ranges, with 300W, 1200W, and 3000W as the main models, suitable for small concealed AGV, traction AGV, and lifting AGV. Taking the mainstream 1200W model as an example, the full-load vertical charging distance is 0-50mm, the X-axis maximum offset is ±60mm, and the Y-axis is ±10mm. With ordinary navigation, it can meet the charging conditions, and no additional high-precision positioning module is needed; the full-load transmission efficiency is ≥87%; the transmitter and receiver have IP67 fully sealed shells, operating temperature range of 40℃ to +60℃; the explosion-proof version has Ex mb II C T6 gas and dust dual explosion-proof certifications.

The system supports proximity charging and dual modes of 485/CAN command startup, combined with 2.4G radio communication, seamless integration with MES/WMS scheduling systems, real-time transmission of voltage, current, temperature, and complete fault codes; multi-level hardware protection against overcurrent, overvoltage, and overtemperature, remote fault warnings, without the need for personnel to go to the site for troubleshooting. It supports surface and embedded installation, and can be distributedly pre-installed on emission bases at loading and unloading positions on the production line and warehouse sorting points. During the short stop of the AGV vehicle for its task, it can fragmentally recharge with no need to return to the charging room for a long distance, eliminating the charging queue at the root. The hardware is divided into integrated and split types, the split receiving coil is thin and small, suitable for the low-height chassis of AGV vehicles; the old and new AGV models can be quickly modified without large-scale changes to the vehicle's circuitry.

The current competition in industrial AGV vehicles is not only about vehicle bodies and navigation performance, but the energy charging system directly determines the actual benefits of the automation project. The WIRELESSPT energy AGV vehicle is equipped with wireless charging technology. It adheres to industrial-grade hardware standards and can be applied to both new projects and the renovation of existing equipment. It covers various working conditions such as ordinary warehousing, explosion-proof chemical industries, and low-temperature cold storage. This helps manufacturing enterprises achieve an unmanned energy closed-loop for logistics transfer.