Li Auto Li L9 Livis SUV Unveiled with 800V Platform, 1,500km Range Ahead of 2026 Launch

On February 6, Li Auto disclosed the core specifications of the Li Auto Li L9 Livis, presenting it as a next-generation EI-powered SUV developed for the premium new energy vehicle space. With a price tag of CNY 559,800 and a planned Q2 2026 introduction, the flagship underscores the company’s intent to further consolidate its position in the upper-tier electrified vehicle market. Integrating advanced intelligent hardware, an 800V architecture, and an extended driving range, the model addresses rising expectations for performance, efficiency, and digitally enabled mobility within China’s fast-evolving EV ecosystem.

Li Auto Li L9 Livis Design and Dimensions

The Li Auto Li L9 Livis features a spacious 6-seat layout tailored for family-focused customers who prioritize both comfort and cutting-edge technology. It measures 5,255mm in length, 2,000mm in width, and 1,810mm in height, with a substantial 3,125mm wheelbase that contributes to enhanced interior space, improved ride composure, and high-speed stability.

800V Architecture and Active Suspension

Engineered on an 800V high-voltage platform combined with a fully independent active suspension system, the EI-powered SUV is designed to optimize ride dynamics and electrical efficiency. The 800V architecture facilitates higher power throughput, reduced energy losses, and compatibility with faster charging ecosystems, in line with next-generation electric vehicle development trends. The adaptive suspension continuously adjusts damping characteristics according to road inputs, supporting superior handling balance and reinforcing the vehicle’s premium engineering credentials.

Powertrain and Range Performance

At the heart of the Li Auto Li L9 Livis lies a self-developed third-generation range extender system coupled with a 115kW engine. This configuration enables a maximum speed of 200km/h while sustaining operational efficiency across varied driving scenarios. The vertically integrated development approach highlights Li Auto’s strategic emphasis on strengthening its technological control within the range extender SUV category.

Battery and CLTC Range Figures

The SUV incorporates a 72.7kWh 5C-rated ternary lithium battery designed to deliver rapid charging capability alongside stable high-power discharge performance. Under CLTC testing parameters, it achieves an all-electric range of 420km and a total combined range exceeding 1,500km. These metrics position the vehicle competitively in the premium electric SUV segment, particularly for customers undertaking long-distance travel who seek to minimize range-related constraints.

Intelligent Driving and Computing Power

A defining aspect of the Li Auto Li L9 Livis is its intelligent driving architecture. The vehicle integrates two proprietary Mach 100 5nm automotive-grade chips, delivering a combined effective computing output of 2,560TOPS. This high-performance processing backbone enables advanced environmental perception, complex decision algorithms, and precise vehicle actuation within its intelligent driving system framework.

LiDAR and UWB Technology Integration

The SUV is equipped with four LiDAR sensors in conjunction with next-generation ultra-wideband (UWB) technology, effectively replacing traditional ultrasonic radar systems.

• Four LiDAR units enhance long-range detection and object classification accuracy.

• Ultra-wideband (UWB) technology improves spatial positioning precision and secure proximity-based interactions.

Through multi-sensor data fusion supported by high-compute 5nm chips, the system advances embodied intelligence capabilities and strengthens assisted driving performance.
By combining 800V architecture, extended CLTC range, in-house 5nm chipsets, and an integrated LiDAR sensing suite, the Li Auto Li L9 Livis establishes a strong technological reference point in the premium range extender SUV market, underlining the brand’s ambition to elevate intelligent mobility standards ahead of its Q2 2026 commercial rollout.