Renault SDV Platform Strategy Targets Faster EV Development and 800V Charging

Renault Group has unveiled a new strategic direction aimed at accelerating its transition toward advanced electric mobility and digital vehicle architecture. The Renault SDV platform strategy outlines the company’s goal to shorten vehicle development cycles, strengthen its electric vehicle portfolio, and introduce a new generation of intelligent vehicle technologies. The plan marks the company’s first comprehensive business strategy in five years and reflects a broader transformation toward software-driven mobility systems.

The initiative, announced on March 10, focuses on integrating advanced cockpit technologies, intelligent chassis systems, new battery chemistries, and next-generation software architecture. Through this approach, Renault aims to deliver vehicles that are increasingly defined by software capabilities rather than traditional hardware development cycles.

Strategic Shift Toward Software-Defined Vehicles

The central pillar of the strategy is the development of a new generation of software-defined vehicles designed for the global compact C-segment market. The company believes that software integration across the vehicle architecture will allow faster innovation cycles and continuous feature updates during a vehicle’s lifecycle. According to the announcement, the manufacturer expects to introduce Europe’s first fully realized software-defined vehicle as early as later this year.

Centralized Software Architecture

The centralized architecture enables around 90 percent of vehicle functions to be updated through firmware-over-the-air systems. This capability significantly reduces the time required to deploy new software features or performance improvements. By enabling continuous updates, vehicles can evolve after delivery, allowing manufacturers to add new capabilities, enhance efficiency, and maintain long-term software support.

RGEV Medium 2.0 Platform for Next-Generation EVs

To support its next-generation electric models, the automaker will introduce the RGEV medium 2.0 platform designed primarily for C-segment battery-electric vehicles. The platform uses an advanced 800-volt electrical architecture intended to support ultra-fast charging capabilities. Renault expects charging times to fall to approximately 10 minutes by 2030, significantly improving the usability of electric vehicles for long-distance travel.

The modular design allows the platform to support a broad range of vehicle body styles including sedans, SUVs, and multi-purpose vehicles. The architecture can accommodate vehicles from the B+ segment up to the D segment, offering flexibility for global product development and multiple market requirements.

Battery Technology and Range Targets

The new platform will utilize battery packs designed with a cell-to-body configuration, reducing overall component complexity while improving structural integration. Engineers have reduced part count by roughly 20 percent, which helps simplify manufacturing processes and enhance efficiency. The battery system will support multiple cell formats including pouch, prismatic, and blade cell technologies to ensure supply flexibility.

According to development targets, upcoming electric vehicles built on this architecture could achieve driving ranges of up to 750 kilometers under Europe’s WLTP test cycle. With the addition of a gasoline range extender, the total range could reach approximately 1,400 kilometers while maintaining emissions below 25 grams of CO₂ per kilometer.

Expansion Plans and Global Sales Targets

The company plans to introduce 36 new models by 2030 as part of the strategy, supporting its objective of selling more than two million vehicles annually. Approximately half of those sales are expected to come from markets outside Europe. Within Europe, all products will transition to battery-electric powertrains, while other global markets will see a product mix where around 50 percent of vehicles are fully electric.

Smaller vehicles in the A- and B-segments will continue to utilize 400-volt electric systems, which the company expects to achieve charging times of roughly 20 minutes by 2030. This approach allows the automaker to balance cost efficiency and performance across different vehicle categories while maintaining scalability in its EV lineup.

Digital Ecosystem and Google Collaboration

Another major element of the strategy involves the development of a new vehicle operating system called carOS. The system is being co-developed with Google and is based on the Android ecosystem, enabling deeper integration of digital services, applications, and connectivity features. This software foundation supports the broader software-defined vehicle approach and creates a scalable environment for continuous innovation.

The new strategic roadmap replaces the earlier “Renaulution” transformation program introduced in 2021. While that plan helped restore the company’s financial performance and strengthen its market position in Europe, the new initiative focuses on long-term technological competitiveness, particularly in software-defined mobility and next-generation electric vehicle platforms.