The industry has provided a technical answer to the "range anxiety" commonly faced by users. New-generation e-scooters generally adopt high-energy-density lithium-ion battery packs paired with efficient Battery Management Systems (BMS). These systems monitor the status of each individual battery cell in real-time, enabling intelligent charge-discharge management and cell balancing. This not only extends the riding range but also significantly prolongs the overall battery lifespan.

Safety remains the lifeline of the product. Beyond using high-strength materials in the body structure to ensure sturdiness, leading industry brands have incorporated multiple automotive-grade safety technologies. For example, multiple products under ZWHeel have obtained stringent UL 2272 (Electrical System Safety Standard) and EN 17128 (Product Safety and Performance Standard) certifications, addressing risks like battery fires at their root.

Intelligent features have become standard in high-end models. Through dedicated mobile apps, users can access functions such as electronic locking, speed mode adjustment, vehicle condition diagnostics, and GPS anti-theft tracking. This deep level of "human-vehicle connectivity" not only offers a convenient control experience but also builds a comprehensive safety protection network.

Industry experts point out that the competition in e-scooters has shifted from mere transportation functionality to a comprehensive contest centered on safety, intelligence, and user experience. Only brands that continuously pursue technological innovation and adhere to strict safety standards will stand out in the increasingly competitive market.