Charging electric cars properly not only helps shorten charging time but also protects battery life, minimizing the risk of battery failure during use.
Video: Instructions for charging electric cars at VinFast charging stations.
Charging an electric car is probably one of the biggest reasons why electric cars still can’t compete with gasoline cars. Not only does it take a long time to refuel, but the battery of an electric car wears out over time, which is also a concern for consumers.
The need to charge electric cars quickly will cause the battery of the electric car to quickly wear out, leading to a significant reduction in the actual usage time of the electric car. Below are some car care and maintenance experiences that will help electric car users to both charge quickly and minimize battery wear.
Maintain battery level within safe range
Keeping the battery level between 20% and 80% not only protects battery life, but also increases the efficiency of fast charging. During this range, the battery cells operate at their most stable state, allowing for a faster and less stressful charging process than charging when the battery is nearly empty or full. When the battery level falls below 20% or exceeds 80%, the charging rate is often significantly reduced to protect the battery from chemical damage, which means longer charging times and poorer performance.
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Keeping your battery between 20% and 80% charges faster and protects battery life. |
The habit of charging at 20%-80% has been recommended by many experts and manufacturers as an important standard to balance charging speed and battery durability, especially in the context of electric vehicles becoming increasingly popular.
Avoid charging your car in non-ideal temperature conditions
Temperature is a factor that directly affects the performance and durability of electric vehicle batteries, especially during charging. Charging the battery in extremely hot or cold conditions causes the chemical reactions inside the battery to become unstable, leading to a decrease in charging speed and an increased risk of damage to the battery cells. High temperatures can cause overheating, causing the battery to swell and increase the risk of fire or explosion, while too low temperatures cause the battery to operate less efficiently, prolonging charging time and reducing storage capacity.
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Charging electric vehicles in stable temperature conditions (20-25°C) helps optimize the charging process. |
The ideal temperature for an electric vehicle battery is usually between 20-25 degrees Celsius. If the vehicle is charged in direct sunlight or in a cold environment, the vehicle's battery management system may activate protective measures, such as reducing the charging rate or warming/cooling the battery before charging, but this consumes additional energy and prolongs the charging time. Maintaining a stable temperature while charging not only speeds up the charging process, but also minimizes the risk of long-term damage, ensuring the battery is always in the best condition.
Charging your vehicle in a temperature-controlled location, such as a garage or shaded area, is a simple but effective way to protect your battery and maintain optimal charging performance. This is an important principle that helps users optimize their electric vehicle experience and minimize maintenance costs in the long term.
Use genuine charger and update software
A substandard or poor quality charger can cause overload, high temperature or even damage the battery cells, directly affecting the battery life and fast charging ability. In addition, using a genuine charger helps limit risks such as electrical short circuit or interruption of the vehicle's power supply.
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Using genuine chargers and regular software updates helps protect the battery, optimize charging speed and reduce the risk of damage. |
Regular software updates are key to optimizing charging performance. Electric vehicle manufacturers regularly release new software versions that improve power management, regulate battery temperature while charging, and optimize charging speed without damaging the battery. Modern software also incorporates smart protection mechanisms, such as automatically stopping charging when it reaches a safe level, minimizing the risk of overcharging and battery failure.
Combining the use of genuine chargers with updated software not only protects the battery from adverse factors but also helps users make the most of charging speed, providing a safer and more efficient experience during electric vehicle operation.
Charging an electric car properly is the key to extending the battery life and ensuring optimal performance. Equipping yourself with the right knowledge about charging an electric car battery is also a way to help consumers use their cars longer. In addition, timely care and maintenance is also essential to protect your electric car, helping to save on repair costs and replacement parts in the future.
Source: https://khoahocdoisong.vn/cach-sac-oto-dien-nhanh-ma-khong-lo-bi-chai-pin-post257562.html
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