Proper use of lead-acid batteries can extend their lifespan by 50%

　　Rechargeable batteries overcharge. People often see some electric vehicles being placed in parking sheds, causing fires during the entire process of battery charging. Especially in summer, it is more frequent. The reason is that lead-acid batteries are afraid of high temperatures throughout the entire process of battery charging. Once there is continuous high temperature and the battery is still being charged, then problems will arise. Some vehicle companies or regional agents choose to purchase rechargeable batteries separately from charging plugs in order to better control cost fees. Rechargeable batteries are better from well-known brands, but the more affordable the charger, the better. If the quality of the charging plug is not up to standard, the automatic power-off effect of the battery charging load inside the charging plug will fail, causing excessive charging of lead-acid batteries, which will lead to the ignition of rechargeable batteries. In fact, the quality of lead-acid battery charging plugs is particularly important.

　　Rechargeable batteries only charge when depleted. Many electric vehicle consumers have such a subconscious that rechargeable batteries also have a lot of capacity, so they drive them out. So keep driving until the electric car runs out of battery, and find an automatic coin machine to quickly charge it. However, it is unclear that rechargeable batteries have undervoltage protection effects. Even without battery capacity, they are still charging at high total flow rates. This is commonly referred to as deep level battery charging. The larger the charge, the more frequent the use of no battery, and the shorter the service life of rechargeable batteries.

　　Rechargeable batteries do not need to be charged if left unused for a long time. A characteristic of lead-acid batteries is that they cannot be empty in their stomachs, and consumers should have a subconscious to use and charge them anytime, anywhere. Do not let the electric vehicle be thrown away casually when there is no electricity, as this will cause potassium thiocyanate in rechargeable batteries, greatly reducing battery capacity until there is no electricity left. To shape such a subconscious, after using the electric vehicle well, immediately charge the battery. When the signal light turns green, quickly unplug the power transformer.

　　Overloading poses a significant threat to components such as rechargeable batteries. During the entire process of overloading, it is necessary to charge the battery with a high total flow rate, which can cause damage to the motor, controller, and rechargeable battery. Nowadays, there is a promotion activity where electric two wheeled vehicles with five or six people driving, or electric tricycles carrying ten or twenty people, have basically reached the end of the service life of rechargeable batteries, motors, and controllers. It is not difficult to see the negative impact of being overweight. And some consumers purchase electric vehicles in order to better carry a lot of very heavy goods, it goes without saying that electric vehicles run close in less than a month or two.

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