FAW-Volkswagen Tianjin BEV Plant Upgrade Begins in China

FAW-Volkswagen Begins Tianjin Factory Renovation for BEV Production

FAW-Volkswagen has begun renovation work at its Tianjin Super Factory to prepare the facility for production of its first battery electric vehicle (BEV) model. On October 23, 2026, the Tianjin Economic-Technological Development Area (TEDA) announced that work on the VW316/9CN_B project had officially started on October 22. The project is based on Volkswagen Group's all-new CMP platform and represents a significant step in FAW-Volkswagen's transition toward new energy vehicles (NEVs). The renovation is intended to integrate a China-specific CMP BEV platform into the factory's existing production infrastructure, which is based on the MQB platform. The planned modifications will affect stamping, welding, painting, and final assembly, preparing the facility to accommodate the manufacturing requirements of battery electric vehicles.

Renovation Schedule and Production Objectives

The VW316/9CN_B project renovation is scheduled to take approximately 40 days, beginning in late October and continuing through early December 2026. Its primary objective is to incorporate the newly developed China-specific CMP BEV platform into the existing MQB-based production system. Rather than limiting the facility to a single vehicle propulsion technology, the planned changes are intended to support a manufacturing setup capable of accommodating internal combustion engine (ICE)-powered vehicles, hybrids, and BEVs simultaneously. The project therefore involves modifications across multiple production areas rather than a single isolated assembly operation. The schedule and scope reflect the factory's preparation for its first BEV model while retaining the ability to manufacture vehicles using different propulsion technologies.

Stamping and Welding Lines to Receive Major Upgrades

The stamping and welding shops will undergo specific equipment additions and production-line modifications as part of the renovation. The stamping shop is scheduled to receive 16 new sets of dies, while the welding shop will add 10 new production lines and upgrade 24 existing lines. These changes form part of the broader effort to adapt the factory's established manufacturing system to the China-specific CMP BEV platform. The work covers both new installations and modifications to existing equipment, allowing the renovation to address several stages of vehicle-body production. The announced scope does not specify the individual components or the production capacity associated with each new line, so those details cannot be established from the available project announcement.

Paint Shop and Final Assembly Modifications

The renovation will also cover the painting and final assembly processes. In the paint shop, planned upgrades include the pretreatment and electrocoating lines, drying ovens, and cavity waxing lines. These modifications are included in the factory-wide effort to integrate the new BEV platform into the existing manufacturing environment. The final assembly shop will introduce several sets of new production equipment to support the revised production requirements. Beyond the changes identified for individual departments, the project will involve more than 20 additional modifications specifically associated with the BEV platform. Together, these activities extend the renovation across all four major production processes: stamping, welding, painting, and final assembly. The announcement does not provide further technical specifications for the new equipment.

Production Flexibility Across ICE, Hybrid, and BEV Models

According to the factory, completing the VW316/9CN_B project will enable the Tianjin Super Factory to produce internal combustion engine-powered vehicles, hybrid models, and battery electric vehicles simultaneously. This intended capability is central to the project's manufacturing objective because it combines BEV platform integration with continued production flexibility for other propulsion types. The existing MQB-based production system is being modified to accommodate the China-specific CMP BEV platform, with equipment changes distributed across the principal manufacturing shops. The announcement establishes the factory's intended post-renovation capabilities but does not disclose projected vehicle volumes, the launch date of the first BEV model, or the commercial specifications of that vehicle. Those details remain unconfirmed in the supplied source material.

Industry Impact & Outlook

The Tianjin Super Factory renovation illustrates how established automotive manufacturing facilities can be adapted to support battery electric vehicles while retaining production capabilities for conventional and hybrid models. For FAW-Volkswagen, integrating the China-specific CMP BEV platform into the MQB-based production environment may provide greater flexibility in managing different propulsion technologies within one facility. The planned changes across stamping, welding, painting, and final assembly also demonstrate the breadth of manufacturing adjustments involved in preparing an existing plant for BEV production. The immediate milestones are completion of the approximately 40-day renovation and confirmation of the resulting production capability. The announcement does not establish future output volumes or sales expectations, but the project represents a concrete manufacturing step in the company's transition toward new energy vehicles in China.

Frequently Asked Questions

What is the VW316/9CN_B project at FAW-Volkswagen's Tianjin Super Factory?
The VW316/9CN_B project is a factory renovation initiative designed to prepare FAW-Volkswagen's Tianjin Super Factory for production of its first battery electric vehicle model. The project is based on Volkswagen Group's all-new CMP platform and focuses on integrating a China-specific CMP BEV platform into the existing MQB-based production system. Work officially began on October 22, 2026, according to an announcement made by the Tianjin Economic-Technological Development Area on October 23. The renovation covers stamping, welding, painting, and final assembly, along with additional modifications specifically required for the BEV platform.

How long will the Tianjin factory renovation take?
The renovation is scheduled to take approximately 40 days, running from late October to early December 2026. The timetable covers modifications across four major manufacturing processes: stamping, welding, painting, and final assembly. Planned work includes installing new stamping dies, adding welding production lines, upgrading existing welding lines, improving paint-shop equipment, and introducing new final assembly equipment. The project also includes more than 20 additional modifications specifically associated with the BEV platform. The supplied announcement provides the expected renovation period but does not confirm a precise completion date or the first vehicle's production launch date.

What production equipment will be added or upgraded?
The project includes 16 new sets of dies for the stamping shop, 10 new welding production lines, and upgrades to 24 existing welding lines. The paint shop will upgrade its pretreatment and electrocoating lines, drying ovens, and cavity waxing lines. Several sets of new production equipment will also be introduced in the final assembly shop. In addition, the renovation will involve more than 20 further modifications specifically for the BEV platform. These changes are intended to adapt the factory's existing manufacturing infrastructure to the requirements of the China-specific CMP BEV platform without limiting production to a single propulsion type.

Which vehicle types will the Tianjin Super Factory produce after the renovation?
According to FAW-Volkswagen's Tianjin Super Factory, the facility will be capable of producing internal combustion engine-powered vehicles, hybrid models, and battery electric vehicles simultaneously after the project is completed. The planned configuration is intended to integrate the China-specific CMP BEV platform into the existing MQB-based production system. This approach would allow the factory to accommodate multiple propulsion technologies within its manufacturing operations. However, the announcement does not identify specific vehicle models beyond the plant's first BEV model initiative, nor does it provide production-volume forecasts or detailed information about the future allocation of manufacturing capacity among these vehicle categories.

Why is the VW316/9CN_B project significant for FAW-Volkswagen?
The project represents a manufacturing step in FAW-Volkswagen's transition toward new energy vehicles by preparing an existing factory to build battery electric vehicles. Its significance lies in the planned integration of a China-specific CMP BEV platform into an established MQB-based production system, supported by equipment changes across four major production processes. The intended ability to manufacture ICE-powered, hybrid, and BEV models simultaneously would preserve propulsion-system flexibility at the facility. Although the announcement does not quantify the project's expected commercial impact, its defined renovation scope and schedule establish the factory's preparation for expanded BEV manufacturing capability in China.