As temperatures drop in the winter, users of low-speed electric four-wheeler are facing a common challenge: the impact of cold weather on battery range performance. Factors such as reduced battery pack capacity, increased internal resistance, slower battery discharge reaction rates, and reduced energy recovery in the regenerative braking system can all affect the travel range of electric vehicles.
To meet user demands and enhance the travel experience, manufacturers are implementing a series of innovative technical measures during production.Manufacturers are incorporating a thermal management system that regulates battery temperatures to ensure optimal performance. This system helps batteries function in their best condition, even in cold weather.The use of insulation and thermal materials slows down temperature decline, thereby preserving the battery’s operating temperature. This measure helps mitigate the negative impact of low temperatures on battery performance.Some electric vehicles are equipped with preheating functions that allow batteries to adapt to cold environments in advance. This feature aids in maintaining battery performance in low-temperature conditions.Manufacturers are optimizing battery management systems to adapt to performance changes caused by temperature variations. These optimizations ensure that electric four-wheeler remain effective and efficient even in chilly weather.
While cold weather does have an impact on battery range, technological advancements and manufacturers’ efforts are continuously enhancing battery performance to ensure users’ travel needs are met. In addition to these measures, users of low-speed electric four-wheeler can take steps such as fully charging the vehicle in advance, driving smoothly, making use of preheating functions, and driving cautiously to ensure normal usage during cold weather.