en.Wedoany.com Reported - China Inner Mongolia Datang Xilinhot Mining Company has successfully achieved global intelligent charging dispatch through the localized deployment of an autonomous driving platform system interconnected with the charging station control system's private network. The charging and energy replenishment process for autonomous mining trucks has completed an intelligent iterative upgrade. The autonomous driving platform system can now accurately collect core operational and maintenance data in real time, such as the operating status of charging piles, available parking spaces, charging capacity, and charging duration.

The key breakthrough in this data interconnection effort focused on overcoming technical challenges such as inconsistent data formats across different systems and network isolation. After the autonomous driving platform system and the charging station control system's private network were interconnected, a closed-loop data management and control system integrating autonomous driving dispatch and intelligent charging replenishment was established. By dynamically optimizing vehicle dispatch logic based on real-time data, autonomous mining trucks can autonomously prioritize heading to supercharging stations, perform automatic parking, receive pre-assigned charging spots, and undergo intelligent cyclic charging, ensuring the maximum number of operational vehicles. Simultaneously, the charging pile side synchronously receives operational information such as the charging bay location and remaining battery level of the autonomous mining trucks, achieving precise connection and collaborative linkage between vehicle dispatch and intelligent energy replenishment.

Following the implementation of private network data interconnection, the entire charging and energy replenishment process for autonomous mining trucks has entered a phase of automation and linkage. The full-process autonomous control system for the mine has been enhanced, significantly reducing the waiting time for mining truck charging and energy replenishment, and improving replenishment efficiency and continuous operation capability. This project was advanced with the participation of Zhang Yumeng and Zhang Yongxian.

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