Our lives are no longer open to electronic equipment, while electronic equipment is not readily available and the cells that provide them with energy. There are a number of “longer cell life skills” on the Internet, such as “new electronic equipment that is bought before the first filling of electricity”, “the laptop computer has been placed in a power supply to protect the batteries” “the long-outstanding electronic equipment is stored with electricity”.
What does the term “longer life” of these cells depend on the spectra? I am writing to you today.
Only 500 battery?
Leave. On the Internet, there are a number of statements that “manufactured batteries can only be filled with 500, followed by end-of-life”, so that the number of batteries is minimized. This is a misunderstanding.
A paper published in 2015 noted that the lifespan of lithium batteries is not determined by the frequency of fillings but by the total amount of the load being transported.
This statement may be more abstract, and we can understand it through one example. For example, for apple battery, the apple battery is committed to more than 80 per cent of the out-of-manufactured cap after 500 “freight cycles (charging cycle)”.
There is also a clear interpretation of the “freight-cycle” apples network, which can be understood briefly: when you use 100 per cent of the electric power, a credit cycle is calculated (wever you use, and whether there is no correlation between the secondary charge).
For example, 60 per cent of the electricity is used today, evening, and 40 per cent on the next day, which is counted as a replacement cycle. In addition, when the cycle of filling has reached 500, it has not been said that the cells are directly end-of-service, but that the maximum amount of electricity is affected.
For example, apple battery will decline to 80 per cent of the initial electricity, while other factory-owned batteries will also fall to a certain percentage, not completely.
Thus, the term “cattery charge 500 cannot be used” is not spectra.
2 Do not wait for the batteries to recharge?
Yes. At a time when the amount of batteries is too low, there are some changes within the battery, for example, in the case of lithium batteries with cobalt acetic anhydride, excessive ionizing of lithium can lead to the transformation of a part of the lithium of cobalt acetic acid into oxidizing that cannot participate in the recharge of electricity, thus reducing the life of the batteries.
When phosphate lithium batteries are installed, the crystal size of phosphate lithium will change, and excessive ionizing power will have a negative impact on batteries. Therefore, it is correct to say that recharge is not good for batteries when electricity is too low.
With regard to the “best amount of electricity” for batteries, the different findings of the study were less consistent (in 40 per cent to 60 per cent, 25 per cent to 75 per cent), but one point was identified, not waiting for the mobile phones to be recharged, and about 50 per cent of the electricity could be considered for filling ”.
3 New electronic equipment will be used for electro-refining.
And enough 12 hours?
Leave. This is the result of the nickel plumbing batteries early in the atom, as well as the nickel hydrates. In particular, the nickel battery, which has a clear memories effect, is recharged without complete electricity on many occasions, and the nickel battery keeps in mind the low volume of electricity and reduces its capacity.
Although studies have also found that lithium batteries also have a memories effect [2], they are much smaller than nickel-causium batteries, which can be neglected in the normal use of electronic equipment, and that, in view of the foregoing, they are more harmful to batteries if they are refrigerated.
In addition, there is no need for 12 hours of new batteries. Overcharges can also cause injury to batteries, and now batteries and raw appliances are generally protected, and 12 hours of hard after batteries are filled are entirely unnecessary.
The battery on the side of the mobile phones?
Not necessarily. First, it does not in itself cause damage to the battery by filling the electricity side. Only will the filling be slow (after all, you use electricity on the side, and then on the side). However, when electricity is available on one side, it is more expensive to use App, such as play, which may arise.
Believing you to have such experience, mobile phones tend to have some heat when they are supplied with mobile phones. When playing some of the more energy-consuming games, mobile phones are equally hospitable. If such a game is to be played at the time of filling it, it may turn mobile phones into the hands.
Cells are the most suitable working temperatures, compared with the appropriate temperature information available online by apples fruit.
When mobile phones become manual, the temperature of the cell is more than 35 times appropriate, in which case the battery is damaged. As a result, the normal distribution of some information and the elevation of a friend’s circle do not have any impact on the batteries at the time of filling the mobile phones, but it may be damaging to the cell if the cell is filled with a tele playing play or video feeder.
The battery is damaged by the installation of mobile appliances?
Not necessarily. Portable batteries, as well as raw filling appliances, are generally over-protected, and when the amount is 100 per cent, the charge will cease or only provide very small streams of power to compensate for their own consumption, without any damage to the batteries.
It should be noted, however, that if the fillings produced by informal plants are used, there is a risk that the protection will not be effective and that the batteries will be damaged.
In addition, if mobile phones are in areas that are not easily hospitable, such as throws, casings or casings that are not easily hospitable, batteries may be placed in a state of heat, which may cause injury to batteries. Therefore, the use of regular factory-generated fillings to place mobile phones in a normal hoaxed environment, and there are no problems with filling them at the end of the night (who is not, after all, trying to set a clock at the dawn of the electrical bar).
6, laptop computers can always be placed in electricity?
Yes. Like cell phones, current laptops are also protected, and there is no need to fear that computer batteries will be over-supplyed. In addition, in a state of electrical power, the power supply can be supplied directly to the computer without the need for a battery’s “transfer”, so it is equivalent to the non-use of the battery in the case of electrical power.
Despite the fact that it was not possible to achieve this goal, it was noted that, although it was not possible to do so, it had not been possible to achieve this goal.