Deep in the intelligent logistics factory, as soon as an AGV with a heavy responsibility completed the material transportation at a key workstation, the battery warning signal quietly lit up. According to the previous process, it was necessary to precisely connect with the physical charging piles, and the entire system operation was forced to be suspended. However, breakthrough non-contact charging technology is completely redefining this scenario: By means of the invisible magnetic field link between the underside of the vehicle and the ground cushion, the battery is silently charged as long as the vehicle enters a specific area during operation breaks. This revolutionary solution is completely liberating the mobility limitations of AGVs/AMRs.

Traditional plug-in charging faces great challenges due to the frequent plugging and unplugging of contacts. Repeated wear and tear of the interface leads to poor contact and poses a hidden danger of electric sparks. It is even more difficult to apply in a high-demand clean production environment. However, manual battery replacement is more costly, and both operational efficiency and safety are restricted. Non-contact charging replaces the physical interface with an electromagnetic field to provide intelligent energy supply for the device.

Non-contact charging technology has significant core advantages:

1. Uninterrupted operation: AGVs complete "fragmented" charging during short rest areas or task transitions, eliminating the need for the entire system to shut down and wait, significantly boosting production efficiency.

2. Durability: Non-contact connection eliminates physical plugging and unplugging, significantly reducing the maintenance frequency of the equipment. The lifespan of the charging unit can easily exceed one million cycles.

3. Safety adaptability: No mechanical contact eliminates the risk of electric sparks, making it perfectly suitable for areas with high explosion-proof requirements (such as chemical environments) and clean workshops. Its fully sealed structure is not afraid of dust, moisture or even weak corrosion conditions, and the system stability is as solid as a rock.

4. Precise and intelligent management: The system can dynamically schedule the charging location and time based on the vehicle status, achieving refined management of power load and equipment life.

With the continuous breakthrough of non-contact charging power (industrial-grade products have exceeded 30KW), AGVs/AMRs have truly acquired the capability of "dynamic power supply". This transformation goes far beyond eliminating the physical limitations of charging - it lays the energy foundation for the continuous operation of smart factories.

Non-contact charging technology frees AGVs from "range anxiety", driving them to achieve higher levels of autonomy and efficiency growth as key hubs in automated logistics, and becoming the never-ending smart pulse in the intelligent manufacturing system.

The emergence of uninterrupted energy supply methods is injecting new vitality into the highly automated logistics ecosystem. When AGV fleets can freely ｕｐｄａｔｅ their energy during breaks, the production chain that was once interrupted due to charging has been reconnected, and the logistics engine of the smart factory will run at a smoother pace in the future wave of automation.