Learn how your iPhone battery works and take care of it by following these steps
Understanding how your iPhone works properly is something that will help you give it a better life. Knowing what to do and what not to do will allow you to optimize the use of your mobile phone. At iPadízate, we are dedicated to instructing you to use your iPhone the right way. It is for this reason that we will speak today how your iPhone battery works and what you should do to take care of it.
You iPhone has built-in tools to help you take care of its battery. This is really important as this security allows other parts of the mobile phone to not be damaged as a result of a practically dead battery. If you think your iPhone battery is damaged and your phone is at risk, see how to tell if your iPhone battery is damaged.
How your iPhone battery works
Basically everyone iPhones use a lithium-ion battery. which over time are degraded by their use. However, when you buy a new iPhone, you shouldn’t worry about your battery dying in 3 months, because even though it’s the nature of batteries to wear out, there’s no reason for your new cell phone battery to fail that quickly.
So, moving to the more technical side, A battery consists of an anode (+) and a cathode (-), these charges are in turn separated by an electrolyte, which is usually flammable. When charging, when your iPhone draws power from the battery, charged lithium ions move from the anode (+) to the cathode (-), binding the electrolyte and releasing electrons in the process.
These released electrons charge your iPhone and then return to the cathode, thereby generating a stable electrical circuit. When you put your iPhone to charge, the electrons go from the cathode (-) to the anode (+) – which would be the complete opposite process of the previous one -.
These processes, both charging the mobile phone and using the battery so that your iPhone works perfectly, are imperfect chemical reactions leading to heat loss and battery wear. But you don’t need to worry as this is a natural reaction and this is what is actually expected from this electrical circuit.
Without wanting to get too technical, a chemical reaction causes the material lithium wears out slowlyon oxidation reduces its surface area usable and filaments grow from the battery plates. All of this leads to cell degradation and eventual battery drain.
So as you can see, there is nothing you can do to stop or slow down this degradation process. What you can do is take good care of your iPhone battery so that its useful life is better than expected. Because it takes a long time to drain a lithium battery and it will always depend on how you use your iPhone and its software.
Battery capacity and charge cycles according to Apple
According to Apple, when an iPhone is new, it has a battery capacity of 100%, which means it can provide enough power to the mobile phone’s processor at maximum current consumption without any problems. They also explain that their batteries are designed to last up to 80% of its original capacity for 500 full charge cycles.
But what is the equivalent of a full charge cycle? One charge cycle is equivalent to one recharge your iPhone battery from 0% to 100%. While battery life can vary by user, according to Apple statistics, the average user is expected to keep the battery above 80% in the first two years of mobile use.
What happens when the battery is below 80%? If the battery drops below 80% of its original capacity, the protection in the operating system will kick in to ensure that the device does not shut down unexpectedly. It is likewise recommended visit an Apple Authorized Service Provider to replace the battery with a new one.
The rise and fall of iPhone batteries
Apple’s story with its batteries is like a phoenix rising from the ashes to have the great autonomy they provide today. But how were iPhone batteries before, did they cause problems?
It’s no secret that Apple improves its products every year. Every year a new iPhone is introduced, and it was innovation that led to the death of iPhone batteries. And this is that in 2017, specifically in versions before iOS 10.2.1, Apple didn’t consider batteries much in its software updates.
This led to endless unintended shutdowns on hundreds of thousands of iPhones, prompting thousands of complaints. And that’s because even though Apple’s new devices had more powerful processors, brighter screens, and less space to assemble their parts, the batteries were still just as small. Consequently, they aged and died faster than before.
Also, Apple didn’t expect that many of its users would buy an iPhone and keep it longer than expected. That is, they did not change it to the latest model. This happened frequently with the iPhone 6, iPhone 6s and iPhone SE, which there were power cuts now having more time to use than normal.
This happened because the batteries in these devices were drained to such an extent that can no longer provide maximum power during peak CPU consumption.
While Apple wanted to fix this through software updates (iOS 10.2.1 and newer updates), the truth is that they never publicly announced that there was a problem and that they were trying to fix it. Which has spawned thousands of complaints, conspiracies and lawsuits to date Apple apologized publicly, saying it had always intended for its devices to last longer..
from iPhone X batteries have started to get much biggerwhich instantly turned into a battery that took much longer to degrade.
How you should charge your iPhone so you don’t drain its battery
In the past the question of how to charge your mobile phone It was very repetitive. Is it better to leave it charging overnight or does that damage the battery? Is it bad for the iPhone when it is completely discharged? Is there a percentage range in which I should charge the mobile phone?
iPhone battery is affected by heat, charging speed and environment. Ideally, you should charge your iPhone between the following charging rates 20-80% with a cable around 10 W. This already tells you that it is not recommended to let your iPhone battery drop below 20% or charge your mobile phone if the battery is above 80% charge.
But as you know, this is not always the case, so Apple has included a series of tools – invisible to the user – for make sure the battery life is extended a bit longer. A prime example of this is the processor, which manages power consumption for optimal iPhone charging speeds.
Also, iPhone is designed to learn and adapt to your charging habits. For example, imagine you go to sleep at night and you turn on your phone to charge it. It’s entirely possible that once it’s turned on, it will quickly charge to 80%, but then hold a slow charge until you get close to your wake-up time to reach 100% charge.
What kind of cargo is the best of all
It’s no secret that you can charge your iPhone using a Lightning cable, MagSafe, or fast charging. But which is the best of all? Well, they have their advantages and disadvantages and ultimately you will choose the one that suits you best.
Using a Lightning cable
charging through a The Lightning cable is the most efficient way to charge your iPhone. Cable connections are best because the electrical wires are physically touching. Power is transmitted over the cable with higher efficiency and with minimal heat loss.
Using a quick charge charger
Fast charging starts on iPhone when using an 18W or higher adapter with Power Delivery. This allows iPhones from model 8 onwards to reach 50% battery capacity in just 30 minutes. Although this changes a bit with the iPhone 12 onwards as they need a 20W or more charging adapter to achieve fast charging.
However, faster charging means more heat, which in the long run will mean your battery will die faster.
MagSafe takes wireless chargers to the next level as it attaches the iPhone to a magnet, increases charging speed and efficiency. MagSafe works with coils separated by a small air gap, ideal for power transfer. The closer the coils are, the faster and more efficiently the iPhone will charge.
However, you should keep in mind that MagSafe chargers are still not reaching their full potentialTo achieve 15W wireless charging, users must have 20W power adapters with Power Delivery. Otherwise, they would only charge the iPhone at 7.5W.