
Smart Mine Solutions
Relying on the forward design of L4 level self-driving new energy mining wide-body vehicles and a cloud control platform with centralized control, intelligent scheduling and visual display functions, a "vehicle cloud collaboration" intelligent mine transportation scheme is created to realize end-to-end efficient operation between "loading and unloading" and help mines reduce cost and increase safety.


Smart Mine Solution
Relying on forward-designed L4 autonomous driving new energy mining wide-body vehicles and a cloud control platform with centralized management, intelligent scheduling, and visual presentation capabilities, we create a "vehicle-cloud collaborative" smart mine transportation solution. This achieves end-to-end efficient operations between "loading-unloading," helping mines reduce costs and enhance safety.
Scenario Requirements
Adapt to Working Conditions
Ensure safe operation under mixed traffic conditions of existing road networks and vehicles.
Simplify Operational Interaction
Optimize human-machine interaction and vehicle-shovel coordination efficiency.
Reduce Network Dependency
Support high-bandwidth network coverage in mining pits with incomplete infrastructure.
Cut Maintenance Costs
Alleviate demands for system maintenance, operational personnel, and scheduling staff.
Response Strategy
Provide a fully self-developed unmanned mining driving solution. Vehicle-side intelligence enables real-time environmental perception, mapping, and flexible operational planning/control. Cloud-side intelligence achieves fleet cluster management, scheduling, and user-friendly operational interfaces, ensuring safe, collaborative, and efficient operations.
Extensive vehicle access, integrated scheduling, full-process tracking, dynamic routing, congestion avoidance.
High-reliability vehicles, redundant perception systems, durable drive-by-wire controls, low-maintenance long-term operation.
Enhanced road perception, proactive obstacle avoidance, dynamic collision prevention, efficient mixed fleet operations.
Adaptive network flow control, V2V connectivity, hierarchical communication protocols, 5G-independent operation.
Extensive vehicle access, integrated scheduling, full-process tracking, dynamic routing, congestion avoidance.