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What are the effects of adding more water to the battery? How to add water correctly?

Battery maintenance and adding water work is a part of many people do not pay enough attention to. When adding water to the battery, if you add too much water, it will have a negative effect. Adding too much water will lead to the imbalance of the electrolyte ratio, which will affect the charge and discharge function of the battery. This is because the concentration of sulfuric acid in the electrolyte increases, which may cause corrosion or damage to the electrode plate. Adding too much water will also cause problems such as deformation, splitting, or leakage of the battery shell, which will shorten the battery life and may even cause safety risks. Here is a detailed introduction to how to correctly add water.

Why add distilled water to forklift battery?

In recent years, China has begun to encourage the production of environmentally friendly and energy-saving low-carbon mechanical equipment, electric forklifts should be said to usher in the spring, electric forklifts in the future development space is particularly large. As the name suggests, the battery is the power source of the electric forklift, but how much do we really know about it? Now let’s spread the knowledge about batteries.

Why new energy electric forklift battery to add water?

In the operation of the electric forklift, the good working condition of each of its accessories is very important to its normal operation. The battery is an important device for the forklift to convert chemical energy into electric energy, and its existence is to provide enough power for the forklift to carry out the cargo handling work with full horsepower. But we know that when we usually use the battery to add water, then, what is the reason for adding water to the electric forklift battery? Here is a detailed introduction for you!

What are the differences between lithium-ion batteries and lead-acid batteries

After the new national standards for electric bicycles established some rigid regulations, many people said that the fate of domestic lead-acid batteries for electric bicycles will come to an end. In recent years, lead-acid batteries, as a century-old man, have been continuously replaced by new lithium-ion batteries in the battery industry, and two songs of ice and fire have been staged. So, what are the differences between lithium-ion batteries and lead-acid batteries?

How long is the water-filling cycle of the forklift battery

Adding water to the forklift battery is one of the most important tasks in battery maintenance. The use and cycle life of the battery are also inseparable from daily maintenance. Regularly adding water to the battery will help maintain its capacity and prolong its service life and operation. time. Not only does this reduce downtime and increase productivity, it also reduces the cost of replacing batteries.

Why have lithium batteries not replaced lead-acid batteries until now?

We all know that lithium battery manufacturers of big brands have a relatively high safety factor, but the price is also relatively high. The products of some small lithium battery manufacturers are cheaper, but the safety is relatively low. Recently, there have been many fire accidents of lithium batteries, even the frequent fires of the large enterprise Tesla, which makes people inevitably have new thinking about the safety of lithium batteries.

How to replenish water for the forklift battery? Three ways to teach you to extend battery life

Forklift battery replenishment is one aspect of forklift battery maintenance. Forklift battery replenishment can be said to be the most important part of forklift battery maintenance. If the user forgets to replenish water for a long time, the battery life may be greatly shortened. So why do you need to rehydrate your forklift battery? what is the reason? That’s because during the charging process of the forklift battery, the water in the electrolyte will be electrolyzed into hydrogen and oxygen, especially at the end of charging, when the temperature of the electrolyte is very high, and the chemical reaction in the forklift battery is very violent. The electrolyte will bubble, and the forklift battery will heat up, and the water in the electrolyte will be more easily electrolyzed into hydrogen and oxygen. Over time, the forklift battery will lack water. At this time, we need our users to replenish water in time.