For lithium battery manufacturers, lithium battery performance and quality will directly affect the product experience. Among the many battery characteristic types, high-rate batteries have attracted much attention because of their unique performance advantages. So what is a high-power battery? What is the difference between it and ordinary batteries? The following will give you a detailed introduction to the difference between high power batteries and ordinary batteries and how to choose the right power.
First, what is a high-rate battery
High-rate batteries refer to batteries that can discharge at a relatively large current and even charge quickly, and have the characteristics of fast charging and discharging speed.
Second, the difference between high rate batteries and ordinary batteries
Compared with ordinary batteries, high-rate batteries need to be manufactured with advanced materials and technologies to ensure the stability and safety of the charge and discharge process.
Discharge performance: The biggest feature of high-rate batteries is their discharge performance. High-power batteries can provide a higher current in a short period of time than ordinary batteries (magnification is usually 5C or more).
Charging speed: high-rate batteries can achieve faster charging speed than ordinary batteries, ordinary battery charging speed is generally less than 1C, and the high-rate fast-charging battery of gyroelectronic can achieve 1~8C charging, which means that users can fill the battery faster.
Volume and weight: Because high-rate batteries require a larger current output, their volume and weight may be relatively large (i.e. lower energy density). However, with the advancement of battery technology, high-rate batteries are also constantly optimizing energy density performance.
Price: Because high-rate batteries are manufactured with advanced materials and technologies, their prices are generally higher than ordinary batteries.
Third, how to calculate the magnification
The battery rate (C-Rate) is the ratio of the discharge current of the battery to the rated capacity. The calculation formula is: C = I/Ah, where C is the ratio, I is the discharge current (unit: ampere), Ah is the battery capacity (unit: ampere), through this formula we can calculate the ratio of lithium batteries and evaluate the discharge performance.
Fourth, choose the right magnification
Choosing the right magnification is crucial to the product experience. In the selection of magnification, too high magnification will affect the battery weight, larger, shorter life, and too low magnification may cause the product to not operate normally. Therefore, in the design or selection of lithium batteries, brands need to consider a variety of factors, it is best to find professional lithium battery manufacturers to help ensure the performance and life of the battery to achieve the best state.
5. Choose a professional lithium battery manufacturer
As a professional lithium battery manufacturer, Spinar Electronics has been providing customers with high-quality and high-rate lithium battery products for more than 10 years. We have advanced lithium battery production and testing equipment, established 15 years of continuous improvement of quality control system, in line with the export quality standards of countries around the world, for thousands of enterprises around the world to customize suitable lithium battery products and system solutions. If you have a high rate lithium battery need, please feel free to contact.
