How to charge your phone faster?
In the article How to charge your phone faster? Stay tuned with jbq.
What your grandfather/mother would say if you asked them what has changed the most in the world.
Probably, they would say that everything has become 10 times faster! They are right to a great extent! Especially, those who are living in an urban environment have felt this more than anybody else.
Looking into our daily chores, we will immediately understand the importance of time.
Charging your portable electronic devices is one of the chores which we frequently should do.
Recently, a new generation of superfast chargers has been introduced to the market to save our time and prolong battery life.
In this short essay, we will review different aspects of superfast chargers. Let’s get started.
The idea behind superfast chargers is very simple! They charge your devices faster than usual. The technology required to implement fast charging has been around for a decade but it was not more than five years ago when the first generation of smartphones started getting adapted into fast charging.
One of the main frequently asked questions is how superfast chargers are different from regular ones.
Let’s talk about fast charging vs. normal charging.
Well, the difference is very simple! Fast charging chargers provide more current to the battery than normal ones and that is how it will be charged more quickly. That is all you need to know.
Currently, big smartphone manufacturers such as Apple and Samsung are making significant improvements by offering 30 and even 55 or 65W chargers.
In another world, by using one of these models, you will be able to fully charge your phone in under 30 minutes. Experts predict even 100 and 120W chargers soon.
What the mechanism underlying superfast charging is?
Qualcomm is the first company that developed superfast charging technology.
As we said earlier, the key to superfast chargers is higher current and voltages compared to regular chargers.
However, this capacity is constrained by the charge controller (IC) which is responsible for avoiding adverse spikes in current.
USB type matters, how?
The type of USB on your devices matters a lot as it can dictate voltages and current. Superfast charging is nothing more than greater current and higher voltages which are limited by the type of USB.
First generations of USBs including 1.0 and 2.0 deliver 5V for voltage and 0.5A for current.
However, although USB 3.0 delivers the same voltage, it produces 0.5 or 0.9A for current. The most recent USBs such as USB 3.2/3.2 and USB4 have been improved even further by giving 5-48V for voltages and 0.5-5A for current.
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Does superfast charging harm your device?
Superfast charging can only damage your phone if there is a technical fault on the hardware or when the software control for battery charging is not correctly managed.
Can you leave your phone on charging overnight when it is changed by superfast charging?
Of course, you can! All smartphones are currently equipped with chips that are responsible for cutting off the current as soon as the batteries are full! So, go for it!
What are the concerns?
Users often start being worried about various issues as soon as new technology arrives. The same is true with superfast charging as well. We are going to address some of the most frequently asked questions
Should you start superfast charging when the battery drains to zero?
Never! Let me explain why! Well, nearly all smartphones have lithium-ion batteries! It means that if you wait for the battery to be completely dead, it will trigger some chemical reactions which might have adverse effects on your battery health. So, recharge your phone as soon as possible!
Should you unplug your device at around 80-90% battery charge level?
Yes, this is an excellent piece of advice. You might wonder why! Firstly, you should know that when the charge level reaches 80%, your battery might be stressed.
This has something to do with the efficiency of the battery’s absorbance rate. For example, batteries function more efficiently under high voltage current (coming from a superfast charger) when the charge level reaches from 0 to 50%.
However, this efficiency rapidly declines as we reach 80% due to the spongy nature of lithium-ion batteries and lack of the ability to completely absorb high voltage current. If you unplug on time, much longer battery life will be secured.
Does avoiding heat help?
Yes! Try to avoid heat at any cost! One recommendation would be charging your battery before it hits the 10-20% level because the initial phase of charging from 0 to 50% dissipates lots of heat.
Therefore, if you start from 10 or 20% instead of zero, you will avoid heat. Don’t underestimate since temperature variations have never been favorable by lithium-ion batteries.
Not to mention that charging under the sun or near a heat source is not recommended.
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What is the big picture?
In general, it can be concluded that superfast charging will pave the way for better usability and mobility of electronic devices. Even when you are not using your phone, it is processing things in the background which drain the battery eventually.
However, there are still some technical and hardware-related obstacles that need to be addressed to make superfast charging more accessible to the public.
Final point
They say complicated difficulties have simple solutions! This is so true when it comes to superfast charging.
By simply following general safety and health-related tips and tricks, superfast charging will be a problem-free process.
For example, putting your phone on airplane mode and not using heavy applications while it is being charged by a superfast charger will secure the functionality of your phone for many years.
Conclusion
Superfast charging is another great invention of the age of information. Superfast chargers are designed to let you charge your smartphone batteries faster, more efficiently, and safer.
In this essay, we first introduced the technology, then explained how it works, and finally addressed some myths and facts regarding the functionality of the superfast charging process.
Please, let us know if we have missed anything! Looking forward to hearing from you.
