What damage will happen during battery installation?

The layout and environment of the battery room have a great influence on the reliability and service life of the system. The following points should be considered when designing: Temperature control: High temperature will shorten battery life. In the 92F environment, the battery can only reach half of the rated life. Low temperatures will reduce the capacity of the battery, causing it to lose 10% of its capacity at 62 degrees Fahrenheit. Therefore, the temperature of the battery must be controlled centrally. The difference between the maximum and minimum temperatures should be less than 5 degrees Fahrenheit. Otherwise, the floating charge pressure of a single battery will be unstable. Maintenance channel: The battery room must have a channel for maintenance personnel to replace and clean the battery. Without this visit, all maintenance work cannot be completed. If the cabinet is full, maintenance personnel cannot access the battery terminals. When the battery degrades in three months or less, the maintenance personnel simply do not realize how serious the problem is. Safety: Safety considerations include: acid mist vents, cabinet ventilation and cooling, cleaning tools, lighting effects, and convenient exits. Generally do not use battery racks higher than two layers. After installation, clean the battery with an unknown compound. Many compounds will corrode the casing material, causing the battery casing to rupture and electrolyte leakage. The installation of the battery is also an important step. Because this work is done well, it will affect the reliability of battery system operation. Most users do not realize the importance of battery installation. The installation of the battery should be done by trained personnel or the manufacturer. Many battery damages are caused by the lack of relevant experience of the installer. The following are some common faults that may occur during installation: Leakage of column seal: It may be caused by the battery pulling the column during use, or it may be caused by the uneven arrangement of battery cells. Since the battery is pulled into the installation position and the battery connector is in a tightened state, the pole and the seal are squeezed before the connector, and the leakage of the pole seal will inevitably lead to corrosion of the battery connector. Case damage: This is caused by the use of unapproved chemical materials. Some people use oily grease to facilitate battery installation. After installation, clean the battery with an unknown compound. Many compounds will corrode the casing material, causing the battery casing to rupture and electrolyte leakage. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete.