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AR For EV owners, some inappropriate driving habits may affect the health and lifespan of electric vehicles.
For example, frequent acceleration and braking can accelerate battery aging. Prolonged high-speed driving can cause the motor to overheat, affecting its performance and lifespan. Furthermore, incorrect charging habits, such as frequent deep discharge or overcharging, can harm battery health.
Therefore, good driving and charging habits are crucial for maintaining the health of EVs and extending their lifespan.
Type 2 EV chargers are more beneficial to battery health than DC fast chargers when selecting charging facilities. Read ahead to understand the detailed information affecting the lifespan of electric vehicles and learn the correct charging skills with level 2 car chargers.
Factors Affecting the Lifespan of Electric Vehicles
You may be potentially harming your electric vehicle.
Electric vehicles’ longevity is affected by many factors, mainly involving the charging and discharging cycles of the battery, driving habits, environment, and EV charging facilities, such as EV charging cable type 2 and type 3.
Battery's Charging and Discharging Cycles
The charging and discharging cycles are closely related to the car battery’s lifespan.
Due to limited charging cycles, each charge and discharge cycle will cause a loss to the battery. As the number of cycles increases, the performance and capacity of the battery will gradually decrease.
Frequent charging and discharging can accelerate battery aging, as each charging and discharging can cause structural changes in the internal chemical substances of the battery, thereby affecting its performance.
Driving Habits
Frequent acceleration and sudden braking can increase the load on the battery, leading to battery temperature rising and accelerating battery aging. Meanwhile, braking can also cause additional wear and tear on the braking system.
Long-term high-speed driving will increase the vehicle’s air resistance, thus increasing energy consumption. Furthermore, it will accelerate tyre wear and affect the vehicle’s overall performance.
Charging Facilities and Environment
Poor-quality EV chargers may lack protection and energy management components, while high-quality type 2 EV chargers can provide stable current and voltage for electric vehicles, reducing the impact of fluctuating power sources on the battery.
In addition, extreme environments and internal temperatures affect the performance of batteries by affecting the rate of chemical reactions inside the battery.
Therefore, avoiding prolonged charging at extreme temperatures can help extend the overall lifespan of cars.
Impact of EV Charger Solution
Just as many people ignore the impact of mobile phone chargers on mobile phones, they also overlook the impact of charging stations on electric vehicle batteries.
As the main factor affecting EV batteries, charging stations have a direct impact on battery health. Because:
Frequent Use of Fast Charging Affects Battery Health
Type 2 EV chargers are more recommended than the type 1 charger and fast-charging DC stations.
Although fast charging can provide a large amount of electricity for cars in a short period, it may cause the battery temperature to rise and damage the battery material structure.
Moreover, fast charging will increase the battery’s internal pressure and accelerate battery aging.
Long-term and frequent use of fast charging may shorten the overall lifespan of the battery.
Poor-quality EV Charger Type 2 Affects Charging Stability and Safety
The quality of a level 2 car charger is related to the stability and safety of the charging process. Low-quality EV type 2 chargers may not provide stable voltage and current, damaging the battery and posing safety hazards.
In addition, the lack of protective functions such as overcharging, over discharging, overheating, or EV type 2 chargers manufactured by poor processes increases the risk of battery damage and safety accidents.
In contrast, high-quality type 2 EV chargers assure charging stability. Integrated management system monitors, protects, and controls the charging process with timely reminders.
10 Tips for Extending the Lifespan of Electric Vehicles
As seen from the above, the key to extending the lifespan of electric vehicles lies in good charging habits, gentle driving habits, high-quality type 2 EV chargers, and regular vehicle maintenance.
Here are 10 EV charging tips to help extend the lifespan of electric vehicles:
Avoid Extreme Temperatures
Extreme hot or cold environments can damage battery health.
Therefore, it is recommended to use and store electric vehicles in mild climates, maintaining a stable speed, reducing the use frequency in high-temperature environments, and placing the vehicle in a garage to maintain the battery’s optimal performance.
Timely Charging
The spontaneous consumption of energy stored in a battery in an open circuit state is called self discharge. If the battery runs out, it can no longer be charged.
Therefore, when electric vehicles are not in use for a long time, remember to keep the battery at a certain charge level (40% -80%) to avoid irreversible battery capacity decline.
Moderate Charging
Just like 100% discharge, 100% full charge will increase the pressure on the battery and reduce battery capacity and range.
When using a type 2 EV charger, choosing a product with intelligent APP monitoring is better to remind you to disconnect the level 2 car charger promptly and protect battery health.
Use Certified Level 2 Car Chargers
The certified type 2 EV charger is guaranteed in terms of safety, charging efficiency, and compatibility, and it will not cause current and voltage fluctuations.
Follow the Correct Charging Sequence
It is recommended to connect the battery before connecting to the power source when charging the car to avoid serious accidents such as short circuits and even self ignition caused by high current during connection.
Control Charging Speed
DC fast charging can be used in emergencies and road travel to reduce waiting time.
However, it is advisable to choose type 2 EV charging stations for daily use because extending the charging time can protect the battery.
Don't Interrupt the Charging Process
Firstly, frequent interruptions in the charging process may cause more battery charging cycles, accelerating the loss of battery capacity.
Secondly, frequent charging interruptions may affect the management system’s judgment of battery status and protection effectiveness.
Control Driving Speed
Acceleration can cause high-rate discharge and increase air resistance, leading to quick battery consumption.
Therefore, maintaining a low or steady driving speed is beneficial for reducing the burden on the battery.
Follow the Manufacturer's Guidelines
Many people naturally operate according to their ideas when receiving a new car or type 2 EV charger. But this may not necessarily be correct.
The manufacturer’s guidelines include precautions and troubleshooting, and taking some time to read allows you to protect vehicles in good manners.
Regular Maintenance
Regular maintenance is about cleaning the casing and checking whether the battery and level 2 car charger are securely installed, whether the connecting wires and joints are in good contact, and whether the braking and cooling systems are operating properly.
Timely identification of potential problems can prevent small problems from becoming big ones.
Choose Type 2 EV Chargers
As one of the most critical components in an EV, choosing the best type 2 EV charger is the most important consideration for car owners. You can pay more attention to:
- Security
- Charging speed
- Compatibility
- Intelligent control
- Environmental adaptability
- Multi-function and flexibility
- Convenience and certification
- Brand and quality
Here is a recommended product: Dual Socket AC EV Charger by EVB Charger
| Dual Socket AC EV Charger | |
|---|---|
| Security | Over-current, over-voltage, over-temperature, leakage protection, etc. |
| Charging speed | One hour to replenish the 120km range. Type 2 AC charger reduces damage to the battery. |
| Compatibility | Almost all EVs |
| Intelligent control APP | Z-box to monitor charging, upgrade firmware, set charging current, charging voltage, and maximum charging power to protect your EVs |
| Environmental adaptability | Wide operating temperature (-25°C～50°C) and storage tempertaure (-40°C-85°C), IP55 rating allows outdoor and indoor use |
| Multi-function and flexibility | Solar and energy storage compatibility promotes charging flexibility and cost-saving |
| Convenience | LCD screen and Wi-Fi/Ethernet/Bluetooth/4G connection |
| Certification | UL, SAA, CB, CE, TUV, ISO and RoHS |
EVB Charger, a subsidiary of BENY, is a professional EV charger supplier that develops and produces EV charging solutions.
According to market demand, we provide users with solutions that combines type 2 EV chargers or type 3 EV chargers and energy storage systems, aiming to contribute to global sustainable development by improving charging convenience.
All of our type 2 EV charging stations and type 3 EV charging stations have passed professional certification, ensuring users’ peace of mind!
Conclusion
In conclusion, extending the lifespan of EVs depends on protecting the battery, maintaining good driving habits, and using type 2 EV chargers. These charging tips can help alleviate the pressure on your electric vehicle.
If you need type 2 EV chargers, visit EVB Charger websites for more options!
