E-scooter Maintenance: Weather Considerations for Electric Scooter Riders
Knowing the effect of weather conditions on an electric scooter will help you minimize damage from the elements.
An electric scooter is easier to maintain than other electric-powered urban mobility options. However, a rider must still perform basic care and maintenance to reduce wear and tear and battery degradation.
Knowing the effect of weather conditions on an e-scooter will help you minimize damage from the elements. Below is essential information that will help you extend the longevity of your ride regardless of weather.
An e-scooter is water-resistant, not waterproof.
An electric scooter has a minimum Ingress (IP) rating of IP54, granting it enough resistance to defend its electrical parts against brief rain showers and puddle splashes. However, there is still a considerable risk of damage when riding under heavy rain or soaking in a dip puddle.
Extended exposure to sunlight can accelerate overheating.
An e-scooter may slowly absorb heat when parked under direct sunlight, raising the temperature of its outer shell and inner components. If the heat builds up high enough, it can accelerate the degradation of the battery. Moreover, it may raise the motor’s temperature, making it more likely to overhead. Hence, only park your ride in shaded areas. Temperatures above 100 degrees Fahrenheit (38 degrees Celsius) can also cause the battery to stall.
Extreme cold can cause an electric battery to shut down.
Winter is the most hated season by electric scooter enthusiasts due to how frigid temperatures impact EV batteries. Extreme cold may prevent an e-scooter from turning on and block the battery from recharging. Even if the micromobility vehicle turns on, it will have a degraded performance, reducing its maximum range and top speed. Avoid exposing your ride to temperatures below 50 degrees Fahrenheit (10 degrees Celsius).
Real-time monitoring with a Battery Management System
Newer models have a battery monitoring system (BMS) that can track the battery’s temperature in real-time and send warnings when it comes close to dangerous temperatures. The Flash Motors Nano Elite takes it to the next level. It uses advanced artificial intelligence (AI) technology to predict the best time to perform maintenance on a component and send alerts accordingly.
