In early January, the premium automotive brand EXEED published its global sales data for 2024, reporting a cumulative total of 140,959 units sold from January to December, reflecting a year-on-year growth of 12.3%. The company also achieved a milestone of over 400,000 total deliveries, marking five consecutive years of positive growth. This sustained market recognition and innovative capacity have positioned EXEED’s premium electric vehicle series, EXLANTIX, as a significant player in the global automotive market. The EXLANTIX series, which includes the EXLANTIX ES and ET models, has garnered numerous prestigious international awards, such as the American MUSE Award, the German IF Award, the Italian A’ Design Award, the CMF Design Award, and the NESTA Six-Dimensional Electric Safety Award, further solidifying EXLANTIX as a representative of the emerging "new luxury" automotive segment.
Of particular note is the testing conducted on November 29, where EXLANTIX launched the extreme cold-weather testing of its latest model, the EXLANTIX ET REEV AWD model, in the Eastern European market. The test encompassed five different driving conditions, including urban, suburban, and highway environments, with temperatures reaching as low as -18°C. Under these severe low-temperature conditions, the EXLANTIX ET REEV AWD model demonstrated exceptional performance and reliability. According to reports, the vehicle is capable of achieving a comprehensive range exceeding 1500 km under CLTC conditions, providing users with a reliable, long-distance travel experience without concern for range limitations.
The ET REEV Achieves A Comprehensive Range Exceeding 1500km, with the Ability to Charge from 0% to 80% in Just 17.5 Minutes
The ET REEV is equipped with the high-performance Kunpeng battery, which offers a substantial capacity, enabling a pure electric range of 240 km under CLTC conditions. This range is sufficient to meet the demands of daily commuting and short-distance travel. In long-distance scenarios, the vehicle achieves a comprehensive range exceeding 1500 km under CLTC conditions, a performance that significantly outperforms competitors in its segment. This capability is made possible by the integration of REEV technology, which facilitates the efficient coordination between the high-performance internal combustion engine and the electric motor, thereby enhancing fuel-to-electric conversion efficiency and minimizing energy consumption.
In practical driving scenarios, the ET REEV demonstrates remarkable performance. Regardless of whether operating in congested urban environments or on high-speed highways, the vehicle maintains consistent energy consumption. Furthermore, the ET REEV is equipped with fast-charging technology, allowing for a 20%-80% charge in just 17.5 minutes. This capability substantially reduces charging times, thereby improving overall travel efficiency.
Advanced Technology Empowerment: ET REEV's Cold-Weather Adaptability
The REEV (Range-Extended Electric Vehicle) technology is a pivotal element enabling the ET REEV to achieve its extended driving range. This technology provides not only a high fuel-to-electric conversion rate and low energy consumption but also exceptional adaptability across varying operational conditions. Whether for short urban commutes or extended long-distance travel, the REEV system autonomously adjusts its working mode in response to real-time demands, ensuring an optimal balance between economic efficiency and environmental sustainability. Additionally, the integration of over 50 cutting-edge energy-saving technologies further enhances the vehicle’s overall energy efficiency. As a result, the ET REEV achieves a high level of performance while maintaining low energy consumption and reducing environmental impact.
The ET REEV’s adaptability is particularly evident in extreme cold conditions. On December 19, the ET REEV AWD model successfully undertook the challenge of scaling the world’s first permanent ski jump ramp, located at the Big Air Shougang in Beijing. The ramp, with a vertical drop of 60 meters, a maximum slope of 37.82°, and a challenge length of 218 meters, features a low ice and snow friction coefficient of just 0.2. This accomplishment not only surpassed Audi Quattro’s previous snow slope challenges of 37.5° in 1986 and 2005, but also set a new industry standard for the most challenging incline-climbing achievement.
The success of the ET REEV in completing this challenge can be attributed to its advanced all-wheel-drive (AWD) system, which integrates the IAS intelligent air suspension and the CDC electromagnetic shock-absorber system. This system can precisely adjust suspension damping within milliseconds, ensuring the vehicle maintains a smooth and comfortable ride across various complex road conditions. The intelligent torque control system, with a total power output of 345 kW and a peak torque of an impressive 7400 N·m, ensures powerful performance and stable all-wheel-drive capabilities, even under extreme cold conditions. The snow mode, one of the seven driving scenarios, precisely controls the torque distribution between the wheels, providing sufficient traction to successfully conquer this highly challenging terrain.
The exceptional performance of the ET REEV in winter road tests conducted in Eastern Europe underscores its key advantages, including extended range, efficient energy replenishment, and superior driving experience. Leveraging the advanced and adaptive REEV (Range-Extended Electric Vehicle) technology, the ET REEV is positioned to establish a new benchmark within the mid-to-large SUV segment.
EXEED plans to introduce the EXLANTIX ET REEV to European, Middle Eastern, and other global markets in the first half of 2025. This premium model, characterized by its extended range and exceptional performance, is expected to provide consumers with a more cost-effective and environmentally sustainable mobility option. The ET REEV’s market introduction not only addresses concerns related to winter range limitations but also serves as a catalyst for the further development of the electric vehicle industry, fostering advancements toward more efficient and eco-friendly transportation solutions.
