What is the general charging voltage and current of the battery, do you know?

The charging current of lead-acid batteries is generally recommended to be 1/10 of the normal use current, so the charging effect may be better. For example, if there is a battery with a capacity of 1500mAh, its normal charging current is 1500u0026pide;10u003d150mA. The normal full charge time is 12 to 14 hours. For example, the normal use current of an electric vehicle battery is 10A, and the proposed charging current is about 1A. The charging of lead-acid batteries does not require high current, but the electrolyte temperature is limited, and it is limited by the ability of the plates to receive electricity. Therefore, when choosing a lead-acid battery charger, it is necessary to master some necessary knowledge. Each lead-acid battery will have a capacity mark. For example, a 12V17AH battery has an average charging current of 1. The storage battery is bidirectional and has two states, charging and discharging. The current is limited. Different storage batteries have different maximum charging and discharging currents. The battery charging current is generally expressed as a multiple of the battery capacity C. For example, if the battery capacity Cu003d100Ah and the charging current is 0.15C, it is 0.15×100u003d15A. The charging and discharging current of the battery has a great relationship with the system. If the design is not good, it will affect the performance of the system. The charging current is related to the power of the component. For example, a system, the component is 5kW, the battery pack voltage is 48V, then the maximum charging current of the battery For 100A. If it is a normal lead-acid battery with a maximum current of 0.1C, the battery capacity is at least 1000 AH; if it is a lead-carbon battery with a maximum current of 0.25C, the battery capacity is at least 400 AH. 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.