- Li Auto Jiangsu R&D and Manufacturing Base officially opens.
- New facilities strengthen prototype development and logistics efficiency.
Li Auto has officially inaugurated its Jiangsu R&D and Manufacturing Base in the Wujin National Hi-Tech Industrial Zone of Changzhou, China, according to information released on June 26 by the official website of the People's Government of Wujin District. Alongside the opening ceremony, the company also unveiled two major facilities—the Intelligent Logistics Hub and the Body R&D and Prototype Center. The project represents a significant expansion of the company's manufacturing and research capabilities while supporting closer integration between product development and large-scale vehicle production.
The Jiangsu R&D and Manufacturing Base involves a total investment of CNY 3 billion. The facility has been developed around four strategic priorities: enabling group-wide operational collaboration, co-locating research and prototype manufacturing with mass-production operations, expanding industrial intelligence applications, and building an intelligent logistics ecosystem. By bringing these capabilities together at a single location, the company aims to improve operational coordination while supporting faster technology development and manufacturing readiness.
Body R&D and Prototype Center Enhances Vehicle Validation
The Body R&D and Prototype Center spans approximately 8,000 square meters and is dedicated to producing high-quality prototype vehicles while supporting complete product validation and mass-production process verification. Through modular flexible workstations and an end-to-end digital operations platform, the facility can efficiently handle prototype manufacturing requirements for multiple vehicle programs. This digital integration establishes seamless connectivity between research activities and production operations, helping shorten the transition period required to move new technologies from prototype development into commercial manufacturing.
Key Features of the New Manufacturing Base
- CNY 3 billion total investment.
- Four strategic development priorities.
- Approximately 8,000-square-meter prototype center.
- Digital integration between R&D and production.
- Intelligent logistics management across operations.
Intelligent Logistics Hub Improves Supply Chain Efficiency
The Intelligent Logistics Hub utilizes an intelligent operations system to digitally manage receiving, dispatch, storage, and inventory activities from end to end. The centralized approach replaces conventional decentralized warehousing methods, allowing better visibility across logistics operations. This integrated system improves the efficiency of parts movement throughout manufacturing while helping reduce overall supply chain costs through optimized inventory management and streamlined warehouse processes.
Li Auto Changzhou Manufacturing Base Production Overview
Current Vehicle Production Portfolio
| Category | Details |
|---|---|
| Current Models | Li L6, Li L7, Li L8, Li L9, Li i6, Li i8 |
| Manufacturing Processes | Stamping, body welding, painting and final assembly |
| Cumulative Deliveries | More than 1.7 million vehicles |
The Changzhou Manufacturing Base currently manufactures the complete Li L-series lineup, including the Li L6, L7, L8, and L9, together with the battery-electric Li i6 and Li i8. The facility includes complete stamping, body welding, painting, and final assembly operations, supporting comprehensive vehicle production. According to the released information, Li Auto has delivered a cumulative total of more than 1.7 million vehicles, highlighting the scale of its manufacturing operations and market presence.
Frequently Asked Questions
What is the purpose of Li Auto's new Jiangsu R&D and Manufacturing Base?
The Jiangsu R&D and Manufacturing Base is designed to integrate research, prototype manufacturing, intelligent logistics, and mass-production activities within a single facility. Backed by a CNY 3 billion investment, it supports group-wide operations, industrial intelligence applications, prototype vehicle development, product validation, and logistics optimization while improving coordination between research teams and production facilities to accelerate the commercialization of new vehicle technologies.
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