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Chinese engineering becomes part of strategic projects of European automakers and influences decisions on costs, deadlines, and production of compact electric cars, while Renault seeks to maintain industrial stages in France and expand competitiveness in cheaper models.
Renault will assemble a new small electric motor in France with components supplied by the Chinese Shanghai e-drive, in a project that shows the presence of Chinese suppliers in the European automotive chain.
Informed by Reuters, the measure is part of the automaker’s strategy to reduce costs in compact electric models and preserve margins in a market pressured by competition and price.
The project will be conducted at the Cléon plant in northern France, a Renault unit historically linked to the production of engines and propulsion components.
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According to the agency, the new line is expected to start being installed at the beginning of 2027 and will have a planned capacity to produce up to 120,000 engines per year, according to a statement attributed to the CGT union.
The Chinese participation in the project is not restricted to supplying parts for an isolated stage of industrial production.
Reuters reported that Renault already uses small electric motors manufactured by Shanghai e-drive in the new Twingo E-Tech Electric, a model developed in less than two years with technical support linked to the automaker’s Chinese structure.
This arrangement gives context to the industrial relevance of the project within Renault’s electrification strategy.
The automaker maintained the assembly of the new engine on French soil but began to incorporate Chinese solutions in a central area for the entry-level electric car: the propulsion set, which influences cost, performance, and commercial viability of the vehicle.
Chinese parts enter Renault’s electric strategy
The choice of Shanghai e-drive shows that Chinese suppliers have started to participate in technical decisions of traditional automakers, especially in projects related to compact electric vehicles.
In the electric segment, companies from China have developed a presence in components, development processes, and supply chains aimed at large-scale production.
Within this scenario, Renault seeks to apply this experience at a time of competition for cheaper urban vehicles in the European market.
Compact cars generally have smaller margins, while the development of electric platforms requires investments in battery, motor, power electronics, and industrial adaptation.
By using Chinese components, the automaker tries to reduce some of this pressure without transferring the entire operation outside of Europe.
Assembly in Cléon maintains industrial activity in France, while Asian supply participates in a stage considered sensitive to the project, related to timing, cost, and production scale.
According to Reuters, the decision is part of Renault’s effort to protect margins in a weakened European market.
In this context, cost reductions in the motor and supply chain can influence the final price of an urban electric car, especially in models positioned at the entry-level of the range.
Electric Twingo reinforces race for cheaper models
The new Twingo E-Tech Electric is part of Renault’s strategy to compete in the affordable European electric market.
Ampere, the group’s electric division, presented the model as a project developed in less than two years, a timeframe shorter than the traditional development cycle adopted by automakers in the automotive sector.
According to Renault, the Twingo E-Tech Electric will have a 60 kW motor, equivalent to 82 hp, and an LFP battery with a WLTP range of up to 263 kilometers.
Designed for urban use, the model was announced with a focus on lower price, daily commutes, and expanding access to electric vehicles.
Reuters also reported that the electric Twingo will be priced below 20,000 euros in the European market.
This price range is relevant for consumers who still consider electric vehicles expensive, especially in markets where public incentives have been reduced or altered in recent years.
Although the motor mentioned in the project is planned to be assembled in France, the production of the new Twingo E-Tech Electric was associated by Reuters with the Novo Mesto plant in Slovenia.
The distinction separates the assembly of the electric unit in Cléon from the production of the complete vehicle, an important point to avoid confusion about the location of each industrial stage.
Cléon factory will have a new line of electric motors
The Cléon factory plays a significant role within Renault in the production of motors and components related to the electric transition.
With the installation of the new line, the unit becomes part of another stage of the automaker’s industrial strategy to compete in smaller electric vehicles.
The plan reported by Reuters foresees that the line will be prepared from the beginning of 2027.
The capacity of up to 120 thousand engines annually shows that the project was designed for serial production, and not just for an experimental or limited operation.
In this model, Renault combines French assembly and Chinese components to respond to the dispute between industrial autonomy and economic efficiency.
Instead of concentrating the entire chain in Europe, the automaker adopted a structure that keeps part of the production local and uses external suppliers at specific points of the electric set.
The decision also indicates a change in how the European industry deals with Chinese competition in the automotive sector.
Besides the sale of ready-made cars, the dispute involves engines, batteries, development centers, and suppliers that participate in the technical design of the vehicles.
Change occurs after project review with Valeo
The adoption of the Chinese alternative occurs after a review of Renault’s previous plans.
Reuters reported that the automaker ended a project with the French Valeo to develop a more powerful electric motor without rare earths, making room for solutions considered more economical.
The decision shows that immediate cost weighs on the engineering and purchasing choices of automakers.
In projects linked to European technological autonomy, the pressure for competitiveness can lead manufacturers to seek Chinese suppliers when they offer commercial conditions or deadlines compatible with the industrial strategy.
According to Reuters coverage, Valeo continued working with the German Mahle on its own magnet-free motor, called iBEE.
Meanwhile, Renault began to analyze lower-cost alternatives within its electrification strategy, keeping part of the production on French soil.
In the case of the smaller motor linked to the Twingo, Shanghai e-drive appears as a component supplier and part of a technical network that contributed to accelerating development.
Thus, the Chinese participation in the project is associated not only with the price of the parts but also with the schedule that brought the vehicle to the industrial phase.
Chinese engineering expands presence among European automakers
The Chinese participation in Renault’s new engine occurs amid the reorganization of the global automotive industry.
Suppliers from China have become sought after for lower costs and accumulated experience in electric vehicles, batteries, electronics, and development processes.
This movement gained strength as Chinese manufacturers expanded their presence in the electric market with models competitive in price and technology.
For European automakers, incorporating part of this capacity can reduce response times to commercial pressure without eliminating production steps maintained on local bases.
In the Twingo project, Renault seeks to balance these objectives by keeping engine assembly in Cléon and using components supplied by Shanghai e-drive.
The arrangement preserves an industrial step in France while integrating the Chinese supply chain in a project aimed at low-cost electric vehicles.
The strategy also shows that automotive competition is not limited to the brand, car design, or the vehicle’s country of origin.
In the electric segment, the industrial outcome depends on the integration between engineering, suppliers, production scale, and the ability to launch affordable models in shorter timeframes.
For Europe, the case highlights the challenge of accelerating electrification without losing competitiveness against Chinese suppliers and manufacturers.
In Renault’s case, the bet on the engine with components from Shanghai e-drive combines selective partnerships, local production, and cost discipline in lower-margin segments.
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