At Auto China, Geely Leans Heavily On The Software Defined Vehicle

At Auto China 2026, Geely unveiled a significant evolution in its vehicle strategy, emphasising software-defined architectures over traditional spectacle. Rather than relying on flashy demonstrations, the Chinese automaker presented a highly technical and system-focused display, signalling its transition beyond mere electrification towards an AI-centred vehicle platform. Central to this approach was the introduction of a new design language, a dedicated off-road new energy vehicle architecture, and an intelligent hybrid system poised for broad application across its model range. The highlight was Geely’s first purpose-built off-road electric platform, developed from the ground up rather than adapted from combustion vehicle designs. This architecture features a tri-motor setup with one front and two independent rear motors, delivering over 1,000 horsepower and rapid acceleration. Crucially, torque distribution is managed in real-time through sophisticated software, allowing precise control of power to each wheel based on terrain conditions. The platform retains a body-on-frame structure with double wishbone suspension to ensure robustness and articulation, while battery placement and safety systems have been engineered to protect against impact and fire risks. Geely’s new design direction was embodied in the Galaxy Light second-generation concept, which eschews aggressive styling for a more restrained, mature aesthetic dubbed “Ripple Aesthetics.” The exterior emphasises smooth, continuous surfaces and subtle lighting effects, while the interior departs from minimalist trends by integrating layered materials, ambient lighting, and climate-responsive environments inspired by traditional Chinese motifs. This cultural expression marks a deliberate move to showcase Geely’s heritage on the global stage, signalling confidence in its identity. Alongside the off-road platform, Geely also introduced its i-HEV intelligent hybrid system, ready for immediate rollout across its vehicle portfolio. Built on the GEEA 3.0 electronic architecture, this hybrid system incorporates a full-domain AI control layer to optimise power delivery and efficiency, reflecting the company’s broader commitment to integrating advanced software solutions in its vehicles. The combination of these innovations positions Geely at the forefront of the evolving electric mobility landscape, blending hardware robustness with intelligent control. Looking ahead, Geely’s approach suggests a future where electric vehicles are defined as much by their software capabilities as by their mechanical components. Its focus on dedicated architectures, AI-driven control, and cultural design signals a strategic pivot that could influence the wider industry, particularly in the off-road and hybrid segments. As Geely moves from concept to production, the effectiveness of its software-defined vehicles in real-world conditions will be closely watched by both consumers and competitors.