Electric scooters and mopeds powered by lithium ion batteries require careful handling, especially during charging, to reduce the risk of thermal runaway or spontaneous ignition. In recent reporting, authorities note that a battery fire can escalate quickly, and the recommended response from experts is to prioritize rapid cooling and containment. In some cases, the only feasible method to suppress a blaze involving a swollen or damaged battery is to fully submerge the unit in an appropriate extinguisher medium, a directive echoed by safety authorities in Russia. The emphasis remains clear: treat all incidents involving high-energy batteries with seriousness and act swiftly to minimize damage and protect nearby people and property.
When a fault is suspected or detected during charging, it is essential to move the battery to a cool, well-ventilated location and follow manufacturer guidelines for shutdown and inspection. Proper charging practices include using original or certified chargers, avoiding charging in confined or poorly ventilated spaces, and never charging a battery in extreme heat or cold. Regular inspections for signs of swelling, denting, or unusual odors can help prevent dangerous situations before they occur. In addition, keeping batteries away from flammable materials and storing spares in a cool, dry area reduces overall risk.
On the regulatory front, there have been discussions in Russia about how to improve recognition and accountability for electric scooters and similar vehicles. One proposal involves replacing traditional license plates with QR codes that carry ownership and regulatory information. The goal is to enable rapid access to a rider’s details in the event of an accident or safety investigation. Deputies have suggested that QR-code stickers could be issued through multifunctional centers, providing a straightforward way to display essential information without a permanent plate system.
Earlier debates also touched on the question of mandatory certification for electric scooters. Advocates argue that formal certification could establish uniform safety benchmarks, guide consumer expectations, and support enforcement of safety standards. If adopted, such measures could help reduce incidents and improve overall road safety for riders and other road users alike.
Overall, the evolving landscape around electric mobility emphasizes proactive safety practices, transparent regulatory approaches, and mechanisms that help responders quickly verify information when incidents occur. As technology and usage patterns evolve, staying informed about safe charging, proper storage, and regulatory developments remains important for operators, manufacturers, and the public alike.