
When charging a new energy vehicle, first connect the charging plug to the charging socket on the vehicle, then connect the other end of the charging plug to the charging socket on the charging pile. Below are some relevant introductions about new energy vehicle charging: 1. Maintain the battery's fully charged state: The battery should remain in a "fully fed" condition for extended periods. If left depleted for several days before recharging, it may lead to plate sulfation and reduced capacity. 2. Perform periodic discharging: It is recommended to conduct a deep discharge every two months, which involves long-distance driving until the under-voltage indicator flashes, completely depleting the battery, and then recharging to restore battery capacity. This also helps understand the battery's current capacity level and whether maintenance protection is required.

As an electric vehicle owner with ten years of driving experience, I believe the safety of the plugging sequence is paramount. Typically, I first ensure the car is parked on a flat, dry surface and turned off. Then, I take the charging gun, carefully align it with the vehicle's charging port, and plug it in securely until I hear a firm click indicating a proper connection. Only after that do I plug the other end into the power outlet. This step avoids the danger of arcing and reduces the risk of short circuits. If the sequence is reversed—plugging into the power outlet first and then connecting to the car—sparks may occur at the charging port, which is unsafe for both people and the battery. Extra caution is needed to prevent water exposure during rainy weather. Regularly inspecting the charging gun for wear and tear can extend its lifespan. Developing this habit not only protects the equipment but also saves on repair costs.

In daily use, I've found that the plugging sequence directly affects charging efficiency. I often operate in garages or public charging stations, where the procedure is quite simple: first connect the charging gun to the vehicle, secure it properly, and then activate the power supply. If you rush and plug in the power directly, the system might display an error and fail to initiate charging, disrupting your schedule. Different charger types also make a difference - for instance, the sequence might vary slightly between home slow chargers and fast charging points. I've also noticed that keeping the charging port clean can speed up connection. Through practice, I've learned that following the correct sequence helps avoid unnecessary delays, making the charging process smooth and efficient.

From a technical perspective, the plug-in sequence protects battery health. After driving an electric vehicle for a year, I've learned the correct method is to first connect to the vehicle end to ensure secure locking, then plug in and activate the charger. Incorrect sequence may cause voltage fluctuations and damage the battery management system. Different types of chargers require the same approach – slow charging is safer when connecting vehicle first then power, while fast charging sometimes allows flexible sequence but requires following prompts. This detail can extend EV lifespan and reduce frequent maintenance. I recommend new EV owners read manuals thoroughly to gradually develop safe habits.


