Driverless Logistics Vehicles Partnership Targets 50,000 Units

Four-Party Partnership Targets Driverless Logistics Deployment

Shenzhen Zhuoyu Technology Co., Ltd. announced a four-party strategic partnership with SAIC MAXUS Automotive Co., Ltd., Contemporary Amperex Energy Service Technology Ltd. and Yisen Dongli Infinite (Beijing) Technology Co., Ltd. to advance the deployment and operation of 50,000 driverless logistics vehicles equipped for battery swapping. The partnership brings together commercial vehicle supply, intelligent driving technology, battery assets, battery-swapping solutions, and logistics operations. Yisen Dongli also introduced Taichu, a cloud-based AI dispatch platform designed to support urban logistics operations as the companies develop an integrated driverless delivery ecosystem.

Roles Across Vehicles, Driving Technology and Operations

Under the agreement, SAIC MAXUS Automotive Co., Ltd. will provide driverless commercial vehicles designed for urban logistics applications. Shenzhen Zhuoyu Technology Co., Ltd. will supply intelligent driving technology, while Contemporary Amperex Energy Service Technology Ltd. will provide battery assets and battery-swapping solutions. Yisen Dongli Infinite (Beijing) Technology Co., Ltd. will manage operations across the logistics service chain. The division of responsibilities establishes a combined framework covering vehicles, autonomous driving systems, energy infrastructure, and logistics execution.

Integrated Intelligent Driving Technology

Shenzhen Zhuoyu Technology Co., Ltd. will provide an integrated hardware and software intelligent driving solution for the vehicles. Its automotive-grade hardware module combines perception, positioning, and computing functions within a single system. The software applies an end-to-end, data-driven approach to operating environments where lane markings may be unclear, site layouts can change, and mixed traffic can occur at close range. The intelligent driving solution will also interface with the vehicles, battery-swapping facilities, and dispatch system, connecting autonomous driving functions with the broader logistics operating infrastructure.

Battery Swapping and Driverless Vehicle Development

The companies plan to explore fully driverless vehicles using high-capacity swappable batteries while addressing the technical challenges associated with that configuration. The approach combines autonomous commercial vehicle operation with an energy model designed around battery swapping rather than conventional charging. This work is intended to support the broader deployment of driverless logistics vehicles and their operating requirements. The partnership therefore extends beyond an initial vehicle deployment plan to include technical development related to autonomous operation, battery capacity, energy exchange, vehicle integration, and the coordination required between these systems.

Taichu AI Dispatch Platform Supports Urban Logistics

Yisen Dongli also unveiled Taichu, a cloud-based AI dispatch platform for urban logistics. The platform forms part of the operating layer in the partnership and is intended to support logistics activities alongside the autonomous vehicles, battery-swapping infrastructure, and intelligent driving system. Its role is particularly relevant to coordinating vehicle operations across an urban delivery environment where operating conditions can change and multiple elements of the logistics chain must work together. The introduction of Taichu adds a cloud-based dispatch component to the partnership's vehicle and infrastructure strategy.

Overseas Cooperation and Last-Mile Delivery

The four companies will also explore overseas cooperation covering technology, operations, and the ecosystem required for driverless last-mile urban delivery. This work could extend the partnership beyond its initial deployment scope by examining how autonomous vehicles, battery-swapping systems, intelligent driving technology, and logistics operations can be coordinated in other markets. The companies have not provided specific overseas markets, deployment schedules, or vehicle volumes for this area of cooperation. Their stated focus remains on exploring the technical and operational requirements for applying the combined model to international urban delivery activities.

Industry Impact & Outlook

The partnership brings several core elements of autonomous urban logistics into a single operating framework, linking commercial vehicles, intelligent driving, battery assets, swapping infrastructure, and dispatch operations. For the automotive and logistics sectors, the development highlights the importance of integrating vehicle technology with energy and fleet-management systems rather than treating autonomous driving as a standalone function. The planned work on high-capacity swappable batteries and overseas last-mile delivery could also shape subsequent technical and operational requirements, although the companies have not announced specific international deployments or timelines. Progress will depend on resolving the stated technical challenges and coordinating the four-part ecosystem.

Frequently Asked Questions

What does the four-party driverless logistics partnership involve?
The partnership combines commercial vehicles, intelligent driving technology, battery assets, battery swapping, and logistics operations for urban delivery. SAIC MAXUS will provide driverless commercial vehicles, Shenzhen Zhuoyu Technology will supply intelligent driving technology, Contemporary Amperex Energy Service Technology will provide battery assets and swapping solutions, and Yisen Dongli will manage logistics operations. The companies are targeting deployment and operation of 50,000 driverless logistics vehicles equipped for battery swapping. They also plan to explore fully driverless vehicles with high-capacity swappable batteries and potential overseas cooperation for last-mile urban delivery.