Battery for PC Blog

Every time a new iOS update is released, many users inevitably experience rapid depletion of battery life. The latest iOS 16 is not immune to this issue, which is largely due to background processes like syncing and indexing that are beyond user control. While some of the reasons for rapid battery life depletion can be found in various articles, the problem sometimes persists longer than expected.

In situations where extending battery life is crucial, such as when traveling, it’s important to know how to optimize your iPhone’s settings. MacRumors has some tips to help extend battery life in iOS 16 without disabling most of its major features. Remember, finding the right balance between turning certain features off and on is key to ensuring longer battery life.

Tips and Tricks to Extend apple smartphone battery Life1. Disabling keyboard tactile feedback can extend iPhone battery lifeTurning off the keyboard’s tactile feedback can save some battery life. Because it eliminates the need for your device to provide vibration or tactile feedback while typing
Apple’s recently released iOS 16 update has a new feature. This is tactile feedback when using the on-screen keyboard. However, this feature consumes a lot of battery power. Apple provided a support document indicating that keyboard touch may affect battery life. Note that this feature is not enabled by default. If you have it turned on and want to disable it, follow the steps below. First, open the Settings app on your device. Then, click on the Sound & Touch option. After that, click on Keyboard Feedback. Finally, you can disable the haptic feedback option to save Apple’s battery life.
2. Turn off live activity to give your iPhone battery life longerDisabling real-time activities, such as live wallpapers and other dynamic content, can reduce battery stress.
iOS 16 battery
Apple’s iOS 16.1 update introduces a new feature called Live Activities. The feature enables apps to receive continuous and updated notifications on iPhone 14 Pro’s Lock screen or dynamic island. However, you can disable this feature if you’re concerned about extending battery life.
To disable live activity, you need to follow a few simple steps. First, open the Settings app on your iPhone. Then, navigate to the Face ID & Passcode section and enter your passcode to unlock your device. Once you have done this, scroll down until you see the Live Activity option and toggle it off.

If you want to disable live activity for a specific app, you can do so by going to each app’s settings and turning off the feature individually. It’s worth noting that while live activity can be disabled, you can’t disable dynamic islands entirely. However, you can swipe left on any running animation to turn it off and further save battery life.
3. Delete lock screen widgetsRemoving widgets from the lock screen can help save battery life by reducing the number of processes running in the background.

Widgets are a useful feature on iOS devices that allow users to quickly access information and perform tasks without opening an app. These widgets can be added to the lock screen and home screen for easy access. However, it’s worth noting that widgets drain battery power. Especially if they are constantly updating in the background.
If you find yourself needing to save battery life, it might be a good idea to create a lock screen that doesn’t contain any widgets. This can be done easily on iOS 16, as the update now supports multiple lock screens that can be easily switched. This way, you can have a lock screen with widgets when you need them, and a more battery-efficient lock screen when you don’t.

Also note that widgets may appear on the home screen. This is a feature that existed before iOS 16. However, using widgets on the home screen can also drain your battery. Therefore, if you want to save battery life, we recommend not using widgets on your home screen.
4. Turning off “Always-On Display” can make your Cell Phone battery last longerWhile the always-on display feature is convenient, it also drains battery life. Turning it off helps save energy.

The iPhone 14 Pro and Pro Max have a new feature called Always On Display. This feature is designed to keep the screen on, even when the device is turned off. This means users can still see their wallpapers, widgets, and live activity on the lock screen without having to unlock the device.

5. Do not use ICLOUD to share photo librariesSharing your photo library using iCloud may cause your devices to constantly sync, causing your battery to drain quickly. If possible, avoid using this feature.

iCloud Shared Photo Library is a feature in iOS 16.1 that allows users to share photosir photo gallery for up to five other people. This means that all members of a shared library can upload, edit, and delete photos stored in the library. But it’s important to note that using this feature may cause other members’ photos to sync to your iPhone at inappropriate times, draining youriPhone’s battery life.

It’s no exaggeration to say that your entire life is essentially on your iPhone, whether you’re plotting routes to unfamiliar places or taking important calls. This means that when your battery dies, it can be very inconvenient or even catastrophic. Keeping your iPhone charged is an absolute must, so have you ever wondered how you can get more out of your iPhone battery? Read on to learn how your trusty handheld device can stay charged and ready.
How the iPhone battery works

Apple’s mobile batteries use high-density lithium-ion cells designed to store a lot of energy in a small space, resulting in an extremely thin battery that charges quickly and is great for maintaining its overall health. They also don’t receive a constant current throughout the charge; the first 80% charge fairly quickly and the last 20% much slower. This fast/slow system ensures you get power quickly when you need it, while avoiding short circuits in the battery and ultimately extending its long-term life.
In fact, the iPhone’s battery is much more powerful than you think.

It’s designed to retain 80% of its original capacity even after multiple charge cycles, allowing even devices that are years old to retain their charge, depending on how the battery is cared for Still, when your phone starts draining battery faster, you may find yourself sorely lacking that extra 20% capacity – for example, you’ll regret it if you’re in an unfamiliar city and find yourself unable to plot any routes. Use your dead phone a little

That said: There are a lot of misconceptions out there about how best to extend your iPhone’s battery life. We’ll go over some of them below, so you actually have a grasp on how to keep your devices powered and in top condition.
“The battery should be drained before charging.”While this may be sound advice for older devices and cameras, iPhones are unique in the way they calculate charge cycles. By tracking a full charge from 0% to 100% (rather than every time you plug it in), your iPhone can accurately assess the health of its lithium-ion battery. Charging your phone for a few minutes doesn’t count as a complete “cycle,” but fully discharging and charging does affect the overall  iPhone battery health measurement.

In other words, waiting until you plug your phone in when it’s close to 0% charge actually puts more stress on your battery life than charging it frequently.
3. “Don’t leave your phone plugged in when the battery is full.”Good news – you don’t need to worry about your battery wearing out from being plugged in all the time, especially since overnight charging is the best time to charge. iPhone’s power management technology is smart enough to stop the flow of electricity when your smart iPhone battery is full, so you can keep it charged all night long without worrying about shortening its lifespan.

2. “Disable Wi-Fi and Bluetooth, and close unused apps to extend battery life.”Not really: The technology behind wireless connections like Bluetooth and Wi-Fi has come a long way in the past few years, so they don’t require nearly the same energy as before. Therefore, disabling these settings will worsen your device experience without significantly extending battery life.

Additionally, closing an application does not necessarily reduce power consumption. iOS manages application processes very intelligently, and most applications immediately go to sleep when they are not in the foreground to consume minimal resources. Typically, apps consume the most power when they’re first opened, so forcing them to close and reopen will use more energy than simply leaving them alone.
Unfortunately, there are always some more battery-hungry apps for which this advice doesn’t apply. If you’re worried about battery life, it’s always a good idea to keep an eye on the worst offenders (more on managing energy usage in the next section).

1. “Only use an Apple-branded charger with your iPhone.”We could go on and on about the problems that can arise with inferior, unapproved chargers – using counterfeit electronics can cause the battery to lose capacity or even spontaneously ignite. But not all third-party devices risk damaging your device, and many offer great features at a lower price than Apple’s higher-end products. To make sure your new charger is safe, check the box to see if it’s MFi certified. All products that pass Apple’s critical quality control standards receive a seal of approval and are guaranteed to work flawlessly with your iPhone.

5 sure-fire ways to extend your iPhone’s battery life1. Turn down the brightness of your iPhone’s displaySince the process of lighting up the display uses more power than any app, adjusting your iPhone’s auto-brightness settings is a great way to reduce battery usage. Auto-brightness dims the screen based on the amount of ambient light
Your surroundings, but in full sunlight, the brightness is turned all the way up. To avoid unnecessary power consumption during the day, find some shade and lower the brightness slider in the Control Center menu.

2. Enable low-power mode in iOSLow Power Mode was added to iOS 9 to squeeze every last drop of power out of your iPhone by limiting power-hungry background processes. Normally, it’ll ask to activate when your battery drops below 20%, but you can always activate it manually if you’re having a long day. To toggle low-power mode, just go into Settings > Battery and flip the switch.

3. Update iOS to the latest versionKeeping iOS up to date is generally a sound approach, as each system update is bound to fix bugs and improve performance. When your phone runs efficiently, your battery has to do less work to keep everything running smoothly.
4. Avoid using iPhone in extreme temperaturesUsing your iPhone for extended periods of time in freezing weather or under strong direct sunlight will inevitably damage the   Apple Cell Phone battery. While it won’t damage your device, battery capacity will decrease with greater exposure to extreme heat and cold temperatures. Try to keep your phone as close to room temperature as possible optimal for battery life and performance.
5. Check your iPhone’s battery usage listNot all apps are created the same, and unfortunately, they don’t all share Apple’s philosophy on power consumption.

Sometimes, background app processes get out of hand with too many location checks or notifications about network connections. To see which apps are using the most power, check Settings > iPhone Battery. If you have an app that keeps showing up near the top, even if you don’t use it, your best option might be to limit some of its functionality… or even delete it if it’s not absolutely necessary of).

US iPhone users are entitled to ‘batterygate’ compensation, but will UK users be compensated too?
Apple has settled a lawsuit in the US, meaning it will have to pay at least $310m (£244m) and up to $500m (£393m) to around 100 million iPhone users after losing the US lawsuit .

Compensation is expected to begin soon after the company appealed but was rejected, meaning it will continue with around $65 (around £50) distributed to each US claimant.
In this case, owners of older devices are involved in a lawsuit known as “Batterygate,” in which the company allegedly intentionally slowed down older iPhones.

The tech company denied all allegations and reached the settlement to “avoid burdensome and costly litigation.” The U.S. District Court for Northern California said the settlement did not mean Apple admitted wrongdoing.
Both the proceedings themselves and the exact amount of compensation still need to be confirmed by the Competition Appeal Tribunal.
The action is for every model owned, not every customer, so early adopters and people who buy multiple phones may qualify for multiple payments.

Meanwhile, Apple faces another multi-million pound lawsuit in the UK, which could entitle millions of iPhone owners in the UK to compensation if successful.
What is throttling?Apple’s software update is designed to enhance iPhone performance and prevent the phone from shutting down unexpectedly.
But iPhone users can’t disable the setting and don’t realize that their phones will slow down as a result – this is known as throttling.

Consumer rights activist Justin Gutmann claims Apple is doing this to hide the fact that older iPhone batteries may have trouble running the latest software.
Critics claim that slowing down older iPhones will encourage people to buy newer phones.
What is the Apple battery lawsuit?Gutman claimed that a software update released by Apple in 2017 slowed down the performance of older Apple

Affected phones include iPhone 6, 6 Plus, 6S, 6S Plus, SE, 7, 7 Plus, 8, 8 Plus and iPhone X models.
While Gutmann’s case in the UK is still pending, the US lawsuit has now been settled and compensation is expected soon.
Gutman has previously said: “Instead of doing the honorable and legal thing for customers and providing free replacements, repairs, or compensation, Apple is misleading people by hiding a tool in software updates that makes their devices The speed is reduced by up to 58%.

“I launched this case to get compensation for the harm suffered by millions of iPhone users across the UK as a result of Apple’s conduct.
“If this case is successful, I hope the dominant companies will re-evaluate their business models and stop engaging in this kind of behavior.”
What does this mean for UK consumers?While the US settlement will not result in direct compensation for UK consumers, it could be a sign that Gutmann’s case may also be successful.

This could result in millions of dollars in payments to UK consumers, potentially at levels similar to those in the US.
The Competition Appeal Tribunal will review claims and compensation for each model owned rather than each customer, so early adopters and regular upgraders may receive multiple payments.

If a UK customer’s payment is confirmed, it is likely that they will be notified immediately about the method of claiming damages.
What did Apple say?In a statement before the case, Apple said: “We have never done, and will never do, anything to intentionally shorten the life of any Apple product APPLE Cell Phone Battery or degrade the user experience to drive customers to upgrade.”
“Our goal has always been to create products that customers love, and making iPhones as durable as possible is an important part of that.”

The tech giant has previously apologized for a lack of communication and lowered  iPhones  battery replacement prices in 2018.
Apple has not commented publicly on the settlement. It appealed, but a US appeals court dismissed the case.
The Evening Standard has contacted Apple for comment following the settlement.

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Apple may be developing its own battery technology with a view to bringing its own designs to mobile devices as soon as 2025.

While some may be saddened by the news that Apple won’t be upgrading the 27-inch model. The most interesting speculation today is that Apple Silicon-powered iMacs are developing their own Apple battery technology and could bring their own designs to mobile devices   as early as 2025.
This makes sense.

We know Apple invests a lot of time in battery technology. In 2018, it hired Soonho Ahn, Samsung’s senior vice president of next-generation battery and materials innovation. An went on to serve as global head of battery development for three years before taking on the role of chief technology officer of Volkswagen’s battery division.
[Related: What is UEM? Unified Endpoint Management Instructions]As Ahn’s departure illustrates, Apple isn’t the only company trying to move toward more advanced, low-cost battery technology. As the number of devices relying on batteries grows exponentially, their development is of strategic importance. While a lot of battery research is underway, bringing new designs to market appears to be a slow process. But Apple has the ability to pull it off; not only can it democratize new technology with a live event, but it also has the funding and commitment to carbon-neutral production to take the risk.

So, what’s the guess?South Korea’s ET News cited “industry sources” as saying that Apple is working throughout the battery design process to create a product that has never been commercialized before. It mentions using innovative new designs to get more out of standard battery materials like nickel or cobalt.
This seems to indicate that the company has found a new conductive material that can improve battery performance. In short, the report suggests Apple wants to make batteries that charge faster and last longer.

Report has legs. After all, it wasn’t until this year that Apple’s patent application revealed that the company was working with US government researchers to develop a product called a “synergistic additive for high-capacity lithium-ion batteries. ” The patentalso mentions using new materials to extend the usable life of the battery and speed up charging cycles.

Adding more substance to the porridge, we can see the use of new substrates and conductive materials becoming very popular across the industry, especially since the publication of the MIT study which found that this could be achieved by changing the substrate around the Apple smartphone  battery competition for this type of technology seems to be quietly underway, so there’s no reason why Apple shouldn’t get involved. After all, it does produce millions of battery-powered devices.
But what about the environment?With only 5% of lithium batteries produced globally being recycled, it might make sense for EV startup Britishvolt to team up with Apple’s long-time materials supplier Glencore last year to develop a lithium-ion battery recycling center in the UK.

Glencore already claims to be North America’s leading recycler of lithium-ion batteries and is also building battery recycling centers in Italy, Spain and Portugal. The company aims to become a leading circular economy company, which, frankly, is synergistic with Apple, which is seeking to make its operations 100% carbon neutral by 2030.
Apple has previously vowed to use only recycled cobalt in its batteries by 2025 and said a quarter of the cobalt used in its batteries now comes from recycled material.
why this is importantApple explains: “We seek to one day use only recyclable and renewable minerals and materials in our products and packaging, and are committed to becoming carbon neutral across our footprint by 2030 – from our supply chain to use of the entire products we manufacture.” in a 2022 Form SD filed with the SEC.

The problem is that some of the most important materials used in power batteries are limited, and some analysts predict that global demand for some materials will exceed supply by the end of the century. This is part of a push for recycling schemes such as Glencore.

The problem with recycling, however, is that obviously during the process some of these materials are exposed to air, which means they oxidize and become harder to reuse. This is why extending the life of your battery can have such a big impact. It’s not just about battery life or fast charging, it’s about making batteries last longer before they need to be replaced and recycled.
Not only is this good for customers, but it also helps extend the life of products, makes better use of raw materials, and helps Apple achieve its corporate social responsibility goals.

And one more thingWhen it comes to energy batteries, Apple has another card to play. It already has 1 billion battery-powered devices, giving it whatever insights it can glean from the iPhones battery health software built into iPhones.
Information about current charge, battery performance, and personal Apple battery charging habits already supports smart energy management

Will using apps while iPhone X is powered reduce battery health?
My question is very similar to one I had a few years ago: When plugged in, does an iPhone use battery or external power during heavy use?

I enjoy playing games and performing other tasks that drain my iPhone’s battery quickly. Sometimes I use my phone while it’s plugged in. Does the iPhone still use battery when performing these high-performance tasks while connected to a power source?

Although the Nathan has a working wall charge point, from personal experience the battery can be discharged when plugged into a powered USB port.
Even with my iPod Touch 2nd Generation plugged into my MacBook, playing Need for Speed ​​Undercover was enough to cause the device to shut down due to low battery. It seems that powered USB doesn’t provide enough power to offset the drain caused by graphics- intensive games.
To summarize: If you’re worried about draining your battery while charging, use a wall charger.
Your iPhone won’t use the apple cell Phone battery  when you plug it in, unless for some reason you use more power than the charging source can provide.
Typically, even a 500 mA computer USB port will simultaneously power your game/app and charge the battery, unless some process is affecting the CPU and GPU and all radios (eg GPS map app).
Even if your game draws more current than it provides, using all wall power will reduce battery drain, which will definitely save your battery.
Of course, you should expect hundreds of full charge/discharges, and as long as you drain the battery once a month, you won’t need to keep the electrons moving, otherwise you’ll get good battery life and health.

My phone is at 100% with the icon plugged in, I used it for a while and then it went back to the lightning icon, when I used it more it dropped to 99% and now it’s 96% used since 100% watching YouTube multitasking iPod etc. content has been inserted after
This suggests Apple electronics are bad and they’re smart enough to pull this off – or they prefer shorter battery life so they can charge you more.
Basically, I want to use my iPhone X for a long time to run some apps like video calls or games. From what I understand, using these devices while the phone is unplugged will drain the battery, and charging it again will use some of the  iPhone X battery’s charge cycles. My plan to mitigate this was to just use the phone while plugging it into a wall charger as I figured the phone would be powered by mains power rather than the battery so it wouldn’t drain the battery and use less or even no charging cycle. Some sources seem to indicate that the battery will still be used, so battery life will still be greatly affected, but other sources say the opposite. Is there a consensus? If I use my phone frequently but leave it on charge , will I see battery life shortened by overuse?
Note that I’m not considering a situation where an app is extremely resource intensive on the phone and is actually discharging when plugged in, mainly because I don’t think that’s going to happen.

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