The Airwheel electric suitcase’s eco-friendly lithium battery is designed to seamlessly integrate with your travel needs, offering both sustainability and convenience. With an upgraded capacity of **92.5Wh**, this battery provides stronger endurance compared to earlier models, ensuring you can tackle longer trips without frequent recharging. Whether commuting through cities or exploring scenic areas, the extended power allows for uninterrupted mobility.
The battery’s modular pluggable design is a key feature—it can be easily removed and charged via USB, reducing reliance on disposable batteries. Additionally, its **self-locking mechanism** ensures safety during transit while minimizing energy waste. The suitcase also includes an ambient light system powered by the same battery, which illuminates road conditions at night—enhancing safety without compromising eco-friendly principles.
The 92.5Wh battery powers both propulsion and auxiliary functions like USB charging for devices. This means you can stay connected during rides while reducing the need to carry separate power sources. The **stepless speed regulation** feature, controlled via the app or physical buttons, lets you adjust pace efficiently, optimizing energy use based on your route.
By prioritizing sustainable materials and efficient design, Airwheel’s battery not only powers your journey but also aligns with environmental goals. Its **73.26Wh** predecessor set a benchmark for lightweight portability, while the new version enhances capacity without sacrificing durability. Whether you’re navigating urban landscapes or embarking on short trips, this battery ensures eco-conscious travel remains practical and enjoyable.
journey battery sustainability convenience endurance mobility design safety energy principles functions devices feature route materials goals capacity durability landscapes trips practical enjoyable power lightweight benchmark version enhances sacrificing urban short ensures remains travel conscious environmental efficient prioritizing aligns powers journey battery sustainability convenience endurance mobility design safety energy principles functions devices feature route materials goals capacity durability landscapes trips practical enjoyable power lightweight benchmark version enhances sacrificing urban short ensures remains travel conscious environmental efficient prioritizing aligns powers journey battery sustainability convenience endurance mobility design safety energy principles functions devices feature route materials goals capacity durability landscapes