Introduction to Specifications Commonly Used in Battery Production
Battery Production in the field, there are many specification names used to describe different types of batteries and their performance parameters. Knowing these specifications and names is crucial to the production and selection of appropriate batteries. The following are the specifications and descriptions commonly used in battery production:
1. Battery Capacity (Capacity):
battery capacity is the capacity of the battery to store electrical energy, which is usually expressed in ampere (Ah) or milliampere (mAh). The larger the capacity, the more power the battery stores and the longer it can support the operation of the device.
2. Voltage (Voltage):
the voltage of the battery refers to the voltage value output by the battery, usually expressed in volt (V). The voltage of the battery determines the voltage input required by the equipment. Different types of batteries have different rated voltages.
3. Cycle Life:
charge-discharge cycle life refers to the number of charge-discharge cycles that the battery can perform, which is usually expressed by the number of cycles. The longer the cycle life, the longer the service life of the battery.
4. Max Charge Rate:
the maximum charging rate refers to the maximum charging current that the battery can accept, which is usually expressed in magnification (such as C magnification). Higher maximum charging rate can quickly charge batteries and improve production efficiency.
the maximum discharge rate refers to the maximum discharge current that the battery can provide, which is usually expressed in magnification (such as C magnification). A higher maximum discharge rate can meet the equipment's demand for high power output.
6. Internal Resistance (Internal Resistance):
the internal resistance of the battery affects the charging and discharging efficiency and performance of the battery. The smaller the internal resistance, the higher the energy transmission efficiency of the battery, and the energy loss during the charging and discharging process will also be reduced.
7. Temperature Range (Operating Temperature Range):
the operating temperature range of the battery affects the performance of the battery under different environmental conditions. Knowing the operating temperature range of the battery can help you choose a suitable battery for different working environments.
8. Safety Features:
the safety performance of the battery includes overcharge protection, overdischarge protection, short circuit protection and other functions, which can ensure that the battery will not cause safety problems during use and ensure the safety of equipment and users.