subject: The same method used in lithium batteries what condition the body will appear? [print this page] The same method used in lithium batteries what condition the body will appear? Because the crystal properties of lithium cobalt oxide is different from the hydroxide HP Laptop Battery IBM Laptop Battery
Nickel, nickel hydroxide is easier than the lattice collapse of the situation there. Therefore, the process of charging, if the overcharge too long,
Easy to make room for active failure of lithium cobalt oxide, plus charge will inevitably lead to temperature increases, the first great impact on the cathode material, and
So it is usually possible to go through several times to complete a charge cycle. Each complete a charge cycle, the power will be reduced a little. However, the reduction rate is very small, high-quality battery charge cycle many times, still retains 80% of the original charge, a lot of lithium-powered products in the usual two or three years even after use is for this reason. Of course, the life of lithium to eventually need to be replaced.
Life of lithium is generally 300 to 500 charge cycles.
Assuming a full discharge of electricity provided for the Q, if not to consider each charge cycle after the power reduction, the total of the life of the lithium can be added or for the power 300Q-500Q.
From this we know that if each with 1 / 2 on the charge, you can charge 600-1000 times;
If each with 1 / 3 on the charge, you can charge 900 to 1500 times.
So, if the random charging, the indefinite number of times.
In short, no matter how necessary and sufficient, for a total additional power into the 300Q ~ 500Q This is constant.
Therefore, we can also interpret it this way: the total lithium rechargeable battery life and power on, and the number of unrelated charge. Deep and shallow deep charge put sufficient light for the release of lithium or less life.
In fact, the light put more light sufficient for the benefits of lithium, only the product of the power supply module for the lithium to do calibration, the only deep deep release the necessary charge.
Easy to make room for active failure of lithium cobalt oxide, plus charge will inevitably lead to temperature increases, the first great impact on the cathode material, and
So it is usually possible to go through several times to complete a charge cycle. Each complete a charge cycle, the power will be reduced a little. However, the reduction rate is very small, high-quality battery charge cycle many times, still retains 80% of the original charge, a lot of lithium-powered products in the usual two or three years even after use is for this reason. Of course, the life of lithium to eventually need to be replaced.
Life of lithium is generally 300 to 500 charge cycles.
Assuming a full discharge of electricity provided for the Q, if not to consider each charge cycle after the power reduction, the total of the life of the lithium can be added or for the power 300Q-500Q.
From this we know that if each with 1 / 2 on the charge, you can charge 600-1000 times;
If each with 1 / 3 on the charge, you can charge 900 to 1500 times.
So, if the random charging, the indefinite number of times.
In short, no matter how necessary and sufficient, for a total additional power into the 300Q ~ 500Q This is constant.
Therefore, we can also interpret it this way: the total lithium rechargeable battery life and power on, and the number of unrelated charge. Deep and shallow deep charge put sufficient light for the release of lithium or less life.
In fact, the light put more light sufficient for the benefits of lithium, only the product of the power supply module for the lithium to do calibration, the only deep deep release the necessary charge.
The same method used in lithium batteries what condition the body will appear?
