How to make your smartphone can adjust autonomy by itself

In Europe, there are mobile brands that run the market, such as Xiaomi or Samsung, but many others seek to grow depending on the advantages, design or tight prices. There, they enter the rest, from Apple, I live or I oppose others like Realme, Pixel or nothing.

Each company specializes in an approach. It can be photography, external design, software or autonomy. Nevertheless, This last aspect seems to be in the strategy of all manufacturerseither way. And this is not an accident. After all, the battery is what marks the possibility of mobile use, if it ends, it remains to recharge it.

It is possible to improve it through larger batteries, through new compounds which allow more densities or make the best mobiles, but most brands innovate in terms of loading, not so much in the battery. Of course, not only with hardware, but also with software.

However, there is a very different approach depending on the company we are talking about. Chinese companies did not hesitate to bet on the radical increase in load speedWith proposals that sometimes exceed 100 W with cable and sometimes touch the thread of the 80s.

However, Western and Korean companies, such as Google, Apple or Samsung, have had a much more cautious approach. They have gradually improved the loading speed, but still cautiously and attach more importance to software management. Asian companies have also ended up implementing these solutions to improve the lifespan of batteries.

Carga bypass

In recent years, the rapid load has evolved beyond the simple increase in power. Various functions and innovations have been introduced that seek not only to accelerate the load process, but also Optimize battery life and improve the user experience.

One of the most interesting innovations is Carga bypass (Ppassage), What it allows is Feed the smartphone directly from the power supply without loading the battery while being used. In other words, when a mobile is connected to the current and the derivation load is activated, the energy is directly directed to the components of the phone, without using the battery. In this way, the battery is prevented from hot during intensive tasks such as the most demanding games or the realization of advanced processes which must wear the processor at the limit, such as certain local tasks of the AI.

The main advantage of the bypass is the reduction in the thermal stress in the battery Since heat is one of the main factors that contribute to the degradation of batteries over time. By avoiding simultaneous loading and download during intensive use, the bypass charge helps preserve the health of long -term batteries, extend its useful lifespan and maintain high capacity longer.

Maximum 80%

Another function which is increasingly common and which is also observed in electric cars is that of Limit the battery load to a specific percentage, generally 80%. This functionality is based on proof that the loading of the batteries used by 100% mobiles can speed up their long -term degradation. In fact, it is best to maintain the battery in an optimal load range, between 20% and 80%.

This is why more and more mobiles have a load limitation function, which is sometimes 80% and sometimes allows the user of the percentage to the user. This reduces the time that the battery spends the ends of its capacityThis can reduce chemical and physical stress to which it is subject. Of course, as it involves an available lower battery capacity, you just have to use it by day if we know that we will not have problems reaching night without the need to load the mobile.

And you must be aware that we must deactivate this function when we have to load the mobile 100% because we are going to take the day of travel, using the GPS, or we plan to take more photos and videos. These tasks require a lot of energy and it is generally a good idea to load the mobile as much as possible before doing them.

Optimized load

In recent generations, mobile loading systems have incorporated optimized load algorithms. These systems learn user load habits and adjust charging speed according to various factorsLike the current battery level, the temperature of the device and the time estimated until the user needs the fully loaded device.

This is seen for example when we start to load the mobile at night, able to tell you to load it 80% and stop. The load will resume just so that the mobile marks 100% before waking up. For this, the system had to study our behavior before and, too, if one day we get earlier in the percentage terminal of less than 100%.

Adaptive load

Another function which cannot be controlled by the user but which is implemented in current mobiles is the adaptive load. In this case, what the load control system does is to increase or decrease charging speed depending on the parameters such as the percentage of the battery, the temperature of the same …

The idea is Minimize damage that can occur due to greater load speed. For this, the double batteries are also implemented, with two cells of cells although the system interprets them as one. In this way, they can be loaded in less time without highlighting the cells.