Nowadays it is difficult to meet a person who does not have a mobile phone. It often happens that the charging of the mobile battery runs out quickly. To prevent this from happening again, you need to know the specifics of battery operation.
It is necessary
- - battery;
- - Charger;
- - connection to the mains.
Instructions
Step 1
Lithium Polymer (Li-Pol) batteries have high capacity and durability and can withstand more than 150 charge cycles. Moreover, their production does not require high costs. But the technology for making a lithium polymer battery has not yet been perfected to perfection. Therefore, the most popular type at the moment are lithium-ion. But they are aging as well as other categories of batteries. After a couple of years, such a battery loses up to 25% of its capacity. Li-pol-accumulator, unlike other batteries, does not require a mandatory discharge-charge cycle.
Step 2
These batteries are easy to charge. You need to connect to a constant voltage source. The charging time must be at least two hours.
Step 3
If you want to extend the life of the battery, keep it away from high temperatures and excessive humidity. Reduce metal contacts to a minimum, protect the battery from shocks - they lead to defects and can damage the power system.
Step 4
Always switch off your phone before replacing the battery. If you recently bought a device with such a battery, then charge for at least 5 hours.
Step 5
If you want to increase the battery life, then follow the rules of operation. Pay particular attention to the temperature regime. At extremely low or high temperatures, the efficiency of the battery is significantly reduced.
Step 6
The battery will run out faster if the device to which it is connected uses more than one function at the same time. For example, if you surf the Internet through your phone, turn on the flashlight and make a call, the battery will drain faster.
Step 7
Observe safety precautions. Do not disregard battery charging. They can spontaneously ignite, leading to fires. Place the battery on a non-combustible surface whenever possible.
