Factory-area autonomous driving

Factory-area autonomous driving

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The unmanned driving solution for the BangQi Factory area is built on a self-developed AI micro-model, integrating multi-sensor perception with high-precision map capabilities. It’s specifically designed for heavy-load material transportation over long distances and operations in challenging outdoor environments. At its core, the system features an intelligent driving chassis, paired with a cloud-based dispatch platform, enabling fully automated, 24/7 operation across all processes. Key advantages include exceptional stability, outstanding adaptability, and unparalleled safety.

 

This system is widely applicable to core scenarios such as intra-factory logistics in industries like new-energy batteries, automotive parts, 3C electronics, and pharmaceuticals, as well as long-distance material handling between warehouses and workshops, and cyclical transportation between warehouses—enabling companies to build a smart, efficient, and sustainable new model for factory logistics.

Key Highlights

Operating 24/7 with zero downtime and high-frequency transfers

No manual supervision required—replacing the traditional three-shift manual transfer system to deliver a truly end-to-end, fully automated logistics solution.

Significant cost reduction: Labor costs slashed by more than 60%

A single system can handle round-the-clock, three-shift operations, freeing up human resources and significantly reducing operational and management costs.

Stable and Reliable: System operates outdoors with stability exceeding 99%

Equipped with multi-redundant systems and a self-diagnostic fault mechanism, ensuring uninterrupted continuous operation even in complex scenarios.

All-weather adaptability: Operates smoothly in light to moderate rain, standing water, and foggy conditions.

Meeting the stability requirements for outdoor operations in extreme weather conditions, ensuring uninterrupted production throughout the year.

Multi-scenario adaptation: Supports heavy-load, long-distance, and high-frequency scheduling

Especially suited for transporting heavy materials across regions, it adapts to various indoor and outdoor road conditions.

Industry Applications

New energy

New Energy Manufacturing Industry

Used for the long-distance transfer of materials such as positive and negative electrode materials, cells, and modules across buildings within the outdoor plant area, as well as between warehouses and workshops.

Automotive and Auto Parts Industry Park

Automotive and Auto Parts Industry Park

For point-to-point transportation of medium- to heavy-duty materials such as metal components and modular accessories within the factory premises, replacing manual trailer transport.

 Pharmaceuticals and Food Processing Industry

Pharmaceuticals and Food Processing Industry

Enable stable outdoor transportation of temperature-controlled materials and packaging within the factory premises, reducing human contact and ensuring transportation hygiene.

3C electronics industry

3C Electronics Industry

When multiple production lines operate in parallel, it facilitates the pull-based material flow between building-level warehouses and production lines, as well as the return of finished products to the warehouse.

Customer Case

An outdoor unmanned transportation system for pharmaceuticals in a medical industry park

An outdoor unmanned transportation system for pharmaceuticals in a medical industry park

Pain points: Frequent manual operations, high cleanliness requirements, and safety risks in wet and slippery weather.

Solution: Deploy a medium-sized autonomous chassis equipped with a closed transport capsule to enable secure, enclosed cargo delivery.

Results achieved: Pollution risks reduced by 90%, material handling accuracy improved to 98%, and manual intervention steps decreased by 80%.

 

Deployment of an Autonomous Vehicle System for Module Transportation at a New Energy Company

Deployment of an Autonomous Vehicle System for Module Transportation at a New Energy Company

Pain points: Large factory area, low efficiency in manual transportation, and frequent interruptions to transport operations caused by moderate rainfall.

Solution: Deploy BangQi's autonomous vehicles to connect key pathways from the warehouse to the unpacking area, module zone, and other critical nodes.

Application results: The system achieves 99.7% operational stability around the clock, boosts transportation efficiency by 60%, reduces the number of personnel required for manual transfers from 18 to 5, and leads to annual operational cost savings exceeding one million yuan.

Focusing on AI-driven smart manufacturing, empowering intelligent production across the globe.

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