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中文
Analysis of maintenance skills for lead-acid batteries
Keep the surface of lead-acid batteries clean, regularly clean the battery surface to remove dirt and dust, avoid corrosion of battery poles and connecting wires, regularly inspect the positive and negative electrode joints of lead-acid batteries to ensure they are firmly connected and not loose, and regularly check the electrolyte level to ensure it is within the normal range. If the electrolyte is insufficient, it is necessary to add distilled water or specialized electrolyte in a timely manner to avoid deep discharge of the battery, maintain a shallow discharge state as much as possible, and charge in a timely manner. Use a regular charger for charging and follow appropriate charging methods. The charging time should be controlled within 12 hours.
The main components of maintenance free lead-acid batteries
Maintenance-free lead-acid batteries are mainly composed of positive and negative electrode plates, partitions, shells, electrolytes, and terminal blocks. The chemical reaction of discharge relies on the active substances of the positive and negative plates under the action of electrolytes (dilute sulfuric acid solution). The grid of the electrode plate is made of lead-calcium alloy, so the amount of water decomposition generated during charging is low, and the evaporation of water is also low. In addition, the shell adopts a sealed structure, The released sulfuric acid gas is also very small, with the advantages of no need to add any liquid, less corrosion to the wiring pile head, wires, and vehicle body, strong overcharging resistance, high starting current, and long battery storage time.
Method for troubleshooting hidden dangers of lead-acid batteries in the power supply system of computer rooms
Improve the insulation monitoring function of the system. It can directly detect the leakage of the battery pack, set up a fixed battery pack leakage detection device, achieve online detection of battery pack leakage, and use a portable battery pack leakage detector. Regularly inspect, test, and confirm that the battery pack is in a suspended working state on the ground, ensuring that the charging and discharging circuits of the battery pack are insulated or isolated from the ground. In addition, pay attention to checking whether the battery pack wiring is correct, etc.
The effect of temperature on battery performance
Temperature has a significant impact on the performance of lead-acid batteries. When the temperature is too high, the capacity of the battery will decrease, while when the temperature is too low, the discharge depth of the battery will increase.
Research on low-temperature valve controlled sealed lead-acid batteries
Low temperature valve regulated sealed lead-acid batteries are a type of battery with high reliability and long service life, which can be used in low-temperature environments. The battery adopts a valve controlled sealing structure, which can effectively prevent the leakage of gas and the entry of water inside the battery, ensuring the performance and lifespan of the battery.
Safety practice for using lead-acid batteries in computer rooms
The installation of lead-acid batteries in the computer room should comply with relevant national standards and be correctly installed according to the instructions. The lead-acid batteries in the computer room should be placed in a dry, ventilated, moisture-proof, and dust-proof place to avoid direct sunlight and high temperature environments. The lead-acid batteries in the computer room should be regularly inspected and maintained, including cleaning and checking for loose terminal connections. The lead-acid batteries in the computer room should not be dismantled or replaced unless operated by professional personnel, The use of lead-acid batteries in the computer room should comply with relevant national safety regulations, avoiding the use of unqualified or aged batteries. In case of power outage or other emergency situations, correct measures should be taken to handle lead-acid batteries in the computer room. The lead-acid batteries in the computer room should not be dismantled or moved arbitrarily to avoid safety accidents caused by improper operation.
Is the internal resistance of the battery better with a larger value, or is it better with a smaller value?
The smaller the internal resistance of all batteries, the better. The smaller the internal resistance, the stronger the high current discharge ability, and the more fully the electrical energy is released. Any power supply has a certain degree of internal resistance, and in order to improve its load-bearing capacity, we hope that the internal resistance of the power supply is as small as possible. The resistance r in the above figure represents the internal resistance of the car battery, RL represents the load, and it is in series with the internal resistance r of the battery. The current flowing through r is equal to the load current. Assuming the size of r remains unchanged, the larger the load current, the greater the current flowing through the internal resistance r, and the higher the voltage at both ends of r, resulting in a decrease in the voltage applied at both ends of the load RL. If the voltage drop on the internal resistance is too large, it may even result in the RL not being able to obtain the rated working voltage and not working properly. Therefore, we hope that the internal resistance of the battery is as small as possible, so that there will be no significant voltage drop on the internal resistance when driving heavy loads. The internal resistance of a battery will increase with usage time, especially for batteries that are about to be scrapped. The internal resistance significantly increases. Although the battery voltage is high after being fully charged, the internal resistance becomes larger. Once a high current load is connected, a significant voltage drop will occur on the internal resistance, resulting in a decrease in the voltage at both ends of the load.