Close Menu
    Facebook X (Twitter) Instagram Threads
    Teknowire
    • Home
    • News
      • Business
        • Tech Startups
        • Corporate Strategies
        • Market Trends
        • Investments
      • Breaking Tech News
      • Policy
      • Industry Announcements
      • Mergers & Acquisitions
    • AI
      • AI Innovations
      • Ethics & Regulations
      • ML & Automation
      • Robotics & Drones
    • Internet
      • Social Media
      • Digital Marketing
      • Web Development
      • Streaming
    • Device
      • Accessories
      • Laptops
      • PC
      • Smartphone
      • Smartwatch
      • Tablet
    • Game
      • Esports
      • Game Reviews
      • Mobile Gaming
      • PC & Console Gaming
    • Apps
      • Cybersecurity
      • Mobile Apps
      • Operating Systems
      • Productivity Tools
      • Web & Cloud Services
    • Transportation
      • Electric Vehicle
      • Autonomous & Connected Vehicles
      • Battery & Charging
      • E-Bikes & E-Scooters
    • Science
      • Biotechnology
      • Quantum Computing
      • Space Exploration
      • Sustainable Tech
    • Others
      • Guide
      • How To
    Subscribe
    Teknowire
    Home » Transportation » Battery & Charging » Changan Rolls Out Sodium-ion Battery Strategy With Nevo A06 Launch
    Battery & Charging

    Changan Rolls Out Sodium-ion Battery Strategy With Nevo A06 Launch

    Automaker underscores cold-weather performance in first mass-produced sodium-ion EV
    By Michael DiazFebruary 7, 2026No Comments2 Mins Read
    Share Facebook Twitter Pinterest LinkedIn Tumblr Email Copy Link
    Credit: Changan
    Share
    Facebook Twitter LinkedIn Pinterest Email Copy Link

    China’s Changan Automobile unveiled its global sodium-ion battery strategy and introduced the Nevo (Qiyuan) A06, which it says is the first mass-produced passenger vehicle powered by a sodium-ion battery, marking a shift beyond conventional lithium-based electric vehicle technology.

    The Nevo A06 uses a 45 kWh sodium-ion battery supplied by CATL under its Naxtra brand, delivering an initial driving range of more than 400 km on a single charge. The battery adopts CATL’s third-generation cell-to-pack integration system and reaches a cell energy density of up to 175 Wh/kg, according to company information.

    See also: Chery Targets 2026 Launch of Solid-state Battery EV, Potentially Ahead of Toyota

    Changan said testing in severe winter conditions demonstrated stronger low-temperature performance compared with lithium iron phosphate batteries of similar capacity. Trial data showed discharge power at minus 30 degrees Celsius was significantly higher, while capacity retention remained above 90% at minus 40 degrees.

    The automaker also highlighted safety performance, saying the battery exceeded national standards and remained stable during extreme stress tests, including extrusion, drilling and cutting while fully charged, without signs of fire or explosion. It added that the battery continued to discharge normally even after physical damage.

    See also: BYD Extends Battery Warranty As it Pushes Growth and Expansion in Europe

    Changan said brands including Avatr, Deepal, Nevo and Uni will gradually integrate CATL’s sodium-ion batteries into future models, positioning the technology as an option for markets where cold climates can sharply reduce the effective range of lithium-ion electric vehicles.

    Source: CNC

    CATL Changan Automobile Nevo A06
    Follow on Google News Follow on Flipboard
    Share. Facebook Twitter Pinterest LinkedIn Tumblr Telegram Email Copy Link
    Previous ArticleGenies Partners With MLB Players Inc to Launch AI-based Digital Companions for Fans
    Next Article Vivo Confirms February Launch for V70 Series, Details Elite Model Features
    Michael Diaz

    Game and Blockchain enthusiast

    Related Posts

    Toyota Partners With Treehouse to Expand Home EV Charging Support

    February 24, 2026

    Toyota Unveils 2026 C-HR Battery Electric SUV with Dual Motors and AWD

    February 24, 2026

    CATL Introduces Ultra-fast Charging EV Battery Designed for Extended Lifespan

    February 3, 2026
    Add A Comment
    Leave A Reply Cancel Reply

    Latest Post

    Meta and Zelestra Expand Solar Partnership With 180MW Texas Power Agreement

    June 10, 2026

    NASA Names Four Astronauts for Artemis III Test Mission Ahead of Planned Moon Landing

    June 10, 2026

    Rivian Delivers First R2 SUVs as Automaker Targets Mass-Market Growth

    June 10, 2026

    Waymo Acquires Former Apple Self-Driving Test Facility in Arizona for $220 Million

    June 10, 2026

    Lucid Misses Q1 Delivery Expectations Amid Supplier Disruption and Recall

    April 4, 2026
    About

    Teknowire is a dedicated technology news portal that delivers the latest insights, trends, and developments shaping the future of innovation. From breakthroughs in consumer electronics and artificial intelligence to emerging startups, software trends, and global tech policy, we bring our readers accurate, timely, and accessible coverage of the world’s most dynamic industry.

    Founded with a mission to simplify complex technology for a broader audience, Teknowire serves professionals, enthusiasts, entrepreneurs, and everyday users who want to stay informed about how technology is transforming business, society, and daily life. We prioritize clarity, depth, and reliability in every story — whether it’s a breaking headline, a product launch, or an in-depth feature.

    Latest Posts

    Meta and Zelestra Expand Solar Partnership With 180MW Texas Power Agreement

    June 10, 2026

    NASA Names Four Astronauts for Artemis III Test Mission Ahead of Planned Moon Landing

    June 10, 2026

    Rivian Delivers First R2 SUVs as Automaker Targets Mass-Market Growth

    June 10, 2026
    Subscribe

    Subscribe to Updates

    Get the latest tech news from Teknowire.

    Facebook X (Twitter) Instagram Pinterest Threads
    • Home
    • About Us
    • Advertising
    • Privacy Policy
    • Cookie Policy
    • Artificial Intelligence (AI) Policy
    • Contact
    © 2026 Teknowire. Designed by Teknowire.

    Type above and press Enter to search. Press Esc to cancel.

    Go to mobile version