The embrittlement of the power circuit after the long-term application of the electric stacker leads to the increase of the resistance and the virtual power situation

The price of oil is rising, and the cost of fuel vehicles is also rising significantly. Therefore, the development trend of new energy vehicles is also becoming more and more prosperous. Compared with the traditional fuel stacker, the learning and training of the electric stacker is simpler, the mastery of safe driving skills is faster, and the purchase price is also lower. Although the electric stacker has many advantages, it also has a big problem, that is, the problem of performance and battery charging. Sometimes, when the battery is full, the stacker will immediately reduce the power by one or two grids when accelerating. What is the reason for this? The following is an introduction from the manufacturer of the electric stacker!

At first, at startup, the operating voltage will be reduced and the functional loss will be higher. Even if you don't use it, the rechargeable battery will charge and discharge again.

Secondly, when the electric stacker is fully charged, it stays for a long time. Although the car has not been used during this period, the rechargeable battery has been charging and discharging. Therefore, when it is used, it seems to be full of electricity, but if it is accelerated, it will immediately lose one or two bars of electricity, and the reduced one is virtual electricity. If the rechargeable batteries of storage trucks are stored for too long, they can also be damaged. The lithium-ion battery electrolyte in rechargeable batteries changes, making it impossible to store electromagnetic energy better.

Subsequently, after the long-term application of the electric stacker, a certain embrittlement will occur in the power circuit. At this time, its resistor will increase, and then the rechargeable battery storage will migrate in the middle of the power circuit, resulting in a reduction in the amount of current due to the large resistor. Even if the rechargeable battery is full, the current flow variability will be reduced by 2 rechargeable batteries.

Furthermore, one of the rechargeable batteries in the electric stacker may be broken. In the long-term application of pure electric vehicles, if there is a common failure of a rechargeable battery, the resistor of the rechargeable battery will increase. The output power of the rechargeable battery will be relatively reduced. If it is found that the battery capacity of the pure electric vehicle is insufficient, and the virtual switching power supply is serious, be sure to check whether the rechargeable battery is damaged.

The above is what Xiaobian introduced to you about the reasons for the rapid decline of the battery when the electric stacker accelerates. I hope it can bring you some help! Electric stacker is a common handling, loading and unloading. It can be used for loading and unloading work in many occasions. Therefore, we need to ensure the power to carry out normal loading and unloading work to prevent affecting work efficiency!