Lead-acid to lithium battery series Compared with lead acid technology, Jusda lithium battery uses lithium iron phosphate cell, which has made excellent improvements in characteristics. Due to the long life and high cycle times, the LFP Lead to Lithium series is a backup power supply that is worth your long-term investment. Powerful, lightweight, safe and smart, Lifepo4 batteries allow you to store backup power at any time!

Lead-acid to lithium battery application field
It is used to replace lead-acid batteries with lithium iron phosphate batteries, electric vehicles, electric toys, street lights, computer rooms, base stations, UPS backup power, Marine energy storage, etc.

Lead-acid-to-lithium batteries have many advantages:
Long cycle life; High energy density, light weight; Good safety performance; Green environmental protection.

First,Lead-acid-to-lithium batteries have a higher energy density. Energy density refers to the amount of energy that can be stored per unit volume or unit mass of the battery, and the energy density of Lead-acid-to-lithium batteries is much higher than that of lead-acid batteries. This means that at the same volume or mass, Lead-acid-to-lithium batteries can provide longer working time and greater power reserves, thus extending the use time of the device.

Second, Lead-acid-to-lithium batteries have a longer life. Compared with lead-acid batteries, Lead-acid-to-lithium batteries have higher cycle life and lower self-discharge rate. Cycle life refers to the number of charge and discharge cycles a battery can go through, while self-discharge rate refers to the rate at which a battery can discharge itself when not in use. Lead-to-lithium batteries can have a cycle life of several thousand times and discharge at a very slow rate when not in use, which means it 

In addition, Lead-acid-to-lithium batteries have a lighter and smaller volume. Compared with lead-acid batteries, Lead-acid-to-lithium batteries are much smaller and lighter at the same capacity. This makes Lead-acid-to-lithium batteries very suitable for use in mobile devices, electric vehicles and other scenarios, which can reduce the burden of equipment and improve the portability.

Finally, Lead-acid-to-lithium batteries also have higher charging and discharging efficiency. Lead-acid-to-lithium batteries are better able to convert electrical energy into chemical energy, and convert chemical energy into electrical energy when discharged. This means that in the same charge and discharge process, Lead-acid-to-lithium batteries have less energy loss and can use electrical energy more efficiently.

In general, Lead-acid-to-lithium batteries have become the mainstream of modern solar lithium batteries technology with their advantages of high energy density, long life, small size and light weight. It is widely used in mobile devices, electric vehicles, solar energy storage battery systems and other fields, providing more reliable power support for people's lives.