Chery solid-state battery 1500 km range unveiled under Rhino series

In a major advancement for electric mobility, Chery Automobile has introduced a next-generation energy storage system capable of delivering more than 1,500 kilometers of driving range. The breakthrough was revealed during the company’s 2026 Battery Night event, where it showcased its latest innovations under the Rhino Battery lineup. This announcement positions the automaker at the forefront of next-generation battery development, intensifying competition in the evolving EV technology landscape.

Rhino Battery Series Introduces Advanced Solid-State Technology

The newly announced Rhino Battery family includes multiple configurations designed to push performance boundaries. Among them is a 60 Ah solid-state variant offering an energy density of 400 Wh/kg, using a sulfide-based electrolyte combined with high-nickel cathode chemistry. Another advanced version reaches 600 Wh/kg and incorporates a polymer-based electrolyte with lithium-rich manganese materials, enabling extended driving capability beyond 1,500 kilometers.

Development Roadmap and Testing Timeline

The company has already established a pilot production line capable of producing cells with varying energy densities. These batteries are currently undergoing validation and durability assessments. Vehicle-level testing is expected to begin soon, with full validation targeted for completion by 2027. As development accelerates, the manufacturer has confirmed that investment in this technology will remain unrestricted, highlighting its long-term strategic importance.

Integration Across Upcoming Vehicle Portfolio

Beyond solid-state solutions, the automaker is expanding its battery portfolio across different vehicle models. The Exeed ES sedan will feature a liquid-based battery system, while the Exeed EX7 SUV will adopt a semi-solid-state configuration expected to launch later this year. This diversified approach allows the company to balance near-term scalability with long-term innovation.

Performance Enhancements in Liquid Battery Systems

The Rhino liquid battery demonstrates significant improvements in charging and durability. It supports charging power levels up to 1,200 kW, enabling approximately 500 kilometers of range addition in just eight minutes. Additionally, engineering optimizations have reduced volume expansion by 10% and extended lifecycle performance to around 5,000 charge cycles, making it suitable for high-usage scenarios.

Ultra-Fast Charging Network and V2G Capabilities

To complement its battery advancements, the company is developing a large-scale charging ecosystem. It plans to deploy 100 ultra-fast charging stations across 10 cities in the initial phase, all equipped with vehicle-to-grid functionality. These stations will allow bidirectional energy flow, enabling vehicles to supply power back to the grid when required.

Looking ahead, the company aims to establish more than 20,000 ultra-fast charging stations by 2029. These systems will leverage silicon carbide-based components to achieve efficiency levels exceeding 96.5%, ensuring faster charging with reduced energy losses. This infrastructure strategy is critical to supporting high-capacity battery adoption at scale.

Strong Financial Performance Supports Innovation Push

The technology announcement follows a year of solid financial growth for Chery Automobile. In 2025, the company recorded a net profit increase of 34.6%, reaching 19.02 billion yuan. Revenue also climbed by 11.3% to 300.29 billion yuan, driven primarily by strong global vehicle deliveries exceeding 2.63 million units, reflecting consistent demand across markets.

Competitive Landscape and Industry Momentum

The unveiling comes shortly after a competing Chinese automaker introduced its own next-generation battery and high-power charging solutions. The rapid pace of innovation across the sector indicates a clear industry shift toward higher energy density, reduced charging times, and scalable infrastructure. As companies race to commercialize these technologies, advancements in battery chemistry and charging ecosystems will play a defining role in shaping the future of electric mobility.

With its comprehensive strategy combining advanced battery systems, diversified vehicle integration, and large-scale charging infrastructure, the company is positioning itself as a key player in the next phase of electrification.