safari consuming battery

How to Stop Safari from Draining Your iPhone Battery?

If you’re an iPhone user, then chances are you’ve noticed that the battery life on your device isn’t quite what it used to be. If you use Safari as your browser of choice, then this could be a contributing factor to why your battery is draining so quickly.

Unfortunately, there is no single solution when it comes to preventing Safari from draining your battery. The issue may be due to a variety of factors, such as how often you use the app and what kinds of websites you visit. However, there are some steps you can take in order to help improve your iPhone’s battery life while using Safari.

First off, make sure that the app is up-to-date with the latest version in the App Store. Apple releases new updates regularly which often include bug fixes and improvements that can help conserve battery life. Additionally, if you are using any extensions or plugins on Safari, disable these or remove them if they are no longer needed as they can also contribute towards increased power consumption.

When it comes to webpages, ensure that each page is optimized for Safari’s engine by limiting the amount of resource-heavy content such as videos and images. This will help reduce the amount of time it takes for a page to load which in turn helps conserve more energy. Lastly, consider changing browsers altogether if Safari still seems to be draining too much power from your iPhone’s battery; there are plenty of other browsers out there that may work better with your device!

although Safari is not necessarily a major factor in draining iPhone batteries overall, it could still have an effect depending on how often and what type of content you view on the app. To prevent Safari from using too much energy, ensure that it and its plugins are up-to-date and limit resource-heavy content while browsing online. If all else fails, consider switching browsers altogether!

Safari’s High Battery Usage on iPhone

Safari can use a significant amount of battery on an iPhone for a variety of reasons. One of the most common reasons is that Safari can keep content and webpages open in the background, which can cause a lot of energy to be used up as data is transferred and refreshed. Additionally, if Safari has been set up to automatically update pages in the background, it will continue to use energy even when it is not actively being used. Finally, if there are any plugins installed on Safari, they too may be using energy when Safari is running.

The Impact of Safari on Battery Life

Safari is the built-in browser of the iPhone, and it typically does not consume a lot of power. However, there are various factors that can lead to Safari using up more battery than usual. These factors can include having multiple tabs open, playing videos or music in the background, using location services on websites, and leaving certain sites open for long periods of time. Additionally, if you have an older model iPhone, the battery may be aging and require more power to operate. To check where your phone’s battery is being used up most, you can go to Settings > Battery and view the Battery Usage feature.

The Impact of Closing Safari Tabs on Battery Life

No, closing Safari tabs does not save battery. This is because the app will still be running in the background, meaning it is still consuming power from your device’s battery. The best way to save battery life is to force-close apps when you are not using them. This will prevent them from running in the background and draining your battery. Additionally, adjusting your device’s settings such as reducing the brightness of your screen or disabling features like GPS can help improve your battery life.

Reducing Safari Data on an iPhone

To reduce Safari data on your iPhone, you can clear your history, cache, and cookies. To do this, go to Settings > Safari and tap Clear History and Website Data. This will delete your browsing history, cookies, and other website data. Additionally, you can go to Settings > Safari > Advanced > Website Data and tap Remove All Website Data to clear your cookies while keeping your browsing history. Another way to reduce Safari data is to turn off AutoFill. To do this, go to Settings > Safari and toggle the switch next to AutoFill off. This will stop Safari from automatically filling out forms and other information that you type on websites. Finally, you can turn off Background App Refresh in order to reduce the amount of data used by apps running in the background. To do this, go to Settings > General > Background App Refresh and toggle the switch next to Background App Refresh.

What Are the Main Causes of iPhone Battery Drain?

The two biggest battery drains on an iPhone are its screen and cellular service. The screen consumes the most power because it’s always on when the phone is in use. This means it’s consuming power whether you’re actively using your phone or not. Cellular service is also a major drain, as your phone is constantly searching for available networks and connecting to them when possible. Other things that can contribute to battery drain include background app activity, GPS usage, Bluetooth connections, and other wireless connections like Wi-Fi.

What Causes the Most Phone Battery Drain?

The most common culprits of a quickly draining phone battery are high display brightness, background apps, picture-in-picture mode, staying connected 24/7, an old phone battery, location-tracking apps, and a surplus of notifications.

High display brightness is one of the primary causes of a fast-draining phone battery. This is because the brighter your screen is set, the more energy it requires from your battery. To help conserve battery life, try reducing the brightness of your phone’s display or using an automatic brightness setting.

Background apps can also be responsible for draining your phone’s battery life. Apps that are running in the background will continue to use resources and drain your battery even when you’re not actively using them. To help preserve battery life, make sure to close any unnecessary apps when you’re finished using them.

Picture-in-picture mode can also cause your phone to use more energy than it needs to. This mode allows you to keep certain apps open while multitasking on other apps or tasks. As convenient as this feature may be, it can end up consuming a lot of power and quickly drain your battery life.

Staying connected 24/7 can also take its toll on your phone’s battery life by constantly looking for new data such as emails or messages. Try turning off Wi-Fi and Bluetooth connections when they’re not in use or switching to airplane mode when you don’t need internet access to help save some energy.

An old phone battery may also be causing a faster-than-normal rate of draining power from your device as batteries tend to weaken over time with use and age. Consider having the battery replaced if you feel that it’s older than usual or if it isn’t lasting as long as it once did before needing a charge again.

Location-tracking apps such as Google Maps can also be responsible for using up more power than necessary from your device’s battery by constantly pinging GPS satellites in order to track where you are located at any given moment in time. If possible, adjust these settings so that they only operate when absolutely necessary and turn off all location tracking services when not in use for maximum efficiency levels and longer-lasting power reserves from your device’s lithium-ion battery cells.

Finally, having too many notifications enabled on our phones can cause our devices to continuously update information which can result in shorter periods between charging sessions or quicker draining levels of stored energy within our phones’ batteries overall. Consider enabling Do Not Disturb Mode while you’re asleep or disabling unnecessary notifications altogether for better efficiency levels with respect to overall power reserves from your device’s internal components.

Stopping Safari from Draining Battery

To stop Safari from draining your battery, there are a few steps you can take. First, make sure that you are not running unnecessary tabs and extensions in Safari. You can also disable background app refresh for Safari in your device’s settings menu. Additionally, you can turn off location services for Safari so that it does not track or use your location unnecessarily. Finally, make sure that you are not running any type of pop-up blocker or advertisement blocker as these tasks can take up extra battery life. If you follow these steps, you should be able to reduce the amount of battery power being used by Safari.

Should I Close Tabs in Safari on iPhone?

Yes, you should close tabs in Safari on your iPhone periodically. This is beneficial for several reasons. First, it helps reduce the battery drain and data usage caused by having multiple tabs open at once. Second, it helps keep your device running smoothly by freeing up memory and resources that can be used elsewhere. Finally, it keeps your browsing experience more organized and less cluttered by avoiding the hassle of needing to switch between multiple tabs.

Does Opening Multiple Browser Tabs Impact Battery Life?

Yes, opening many tabs can drain the battery. Every time a web page is opened, the device needs to use more of its resources to display the content. This extra use of processing power and memory can put a strain on the device’s battery life, particularly if many tabs are open at once and/or the device is already running other applications or tasks. Additionally, keeping tabs open in the background can slow down overall performance as they continue to run in the background and use up system resources.

In conclusion, the iPhone is an incredibly powerful device that has many features and capabilities. It can be used for a variety of tasks, and its battery life is generally excellent, even with heavy use. However, it is important to remember that certain activities will consume more battery power than others, such as using Safari for long periods of time or running multiple apps at once. Additionally, closing apps does not improve battery life, so it is best to leave them running in the background. Finally, if you are still experiencing poor battery performance on your iPhone, it could be a sign that your battery needs replacing or that you need to adjust your settings to reduce power consumption.

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Sanjeev Singh

Why Does Safari Use So Much Battery

• Software & Applications
• Browsers & Extensions

Introduction

Safari, Apple's native web browser, is renowned for its sleek interface, robust security features, and seamless integration with the Apple ecosystem. However, many users have encountered a common frustration: excessive battery consumption while using Safari. This issue has sparked curiosity and concern among Apple device owners, prompting them to seek a deeper understanding of the factors contributing to Safari's battery usage.

In this article, we will delve into the intricacies of Safari's battery consumption, shedding light on the underlying reasons for its impact on device battery life. By exploring the various elements that influence Safari's power consumption, we aim to equip readers with valuable insights and practical tips to mitigate this issue effectively.

As we embark on this exploration, it's essential to recognize the significance of addressing battery usage concerns associated with Safari. By understanding the root causes and implementing effective strategies to optimize battery performance, users can enhance their overall browsing experience and prolong the battery life of their Apple devices. Join us as we unravel the mysteries behind Safari's battery usage and empower users with actionable solutions to alleviate this common challenge.

Background on Safari and Battery Usage

Safari, Apple's proprietary web browser , has long been celebrated for its exceptional performance and user-friendly interface. With a focus on privacy and security, Safari has garnered a loyal user base across various Apple devices, including iPhones, iPads, and Mac computers. However, despite its numerous advantages, Safari's impact on battery life has been a topic of concern for many users.

The seamless integration of Safari with the Apple ecosystem, coupled with its advanced features such as Intelligent Tracking Prevention and built-in privacy tools, makes it the browser of choice for numerous Apple device owners. However, the very features that contribute to its appeal may also be linked to its impact on battery usage.

Apple's commitment to user privacy and security has led to the implementation of sophisticated algorithms and processes within Safari. These mechanisms, while crucial for safeguarding user data and ensuring a secure browsing experience, may inadvertently contribute to increased battery consumption. Additionally, Safari's optimization for performance and rendering complex web content may require substantial processing power, potentially leading to heightened energy demands.

Furthermore, Safari's support for advanced web technologies, including HTML5, CSS3, and JavaScript, enables users to access dynamic and interactive web content. While this enriches the browsing experience, it may also exert a notable strain on device resources, including battery power.

The evolving nature of web content, characterized by multimedia elements, animations, and real-time updates, places additional demands on Safari's rendering capabilities. As a result, the browser may intensify its energy consumption to deliver a seamless and immersive browsing experience, albeit at the expense of battery life.

Understanding the intricate relationship between Safari's feature-rich environment and its impact on battery usage is pivotal for users seeking to optimize their device's energy efficiency. By gaining insight into the underlying mechanisms driving Safari's battery consumption, users can make informed decisions and implement effective strategies to mitigate this issue, thereby enhancing their overall browsing and device usage experience.

Factors Contributing to Safari's Battery Usage

Safari's impact on battery life can be attributed to a confluence of factors inherent to its design, functionality, and the evolving landscape of web content. Understanding these underlying elements is crucial for users seeking to address battery usage concerns effectively.

Advanced Web Technologies : Safari's support for cutting-edge web technologies, such as HTML5, CSS3, and JavaScript, enables users to access dynamic and interactive web content. While this enhances the browsing experience, it also exerts a notable strain on device resources, including battery power. The seamless rendering of complex web elements and the execution of resource-intensive scripts may contribute to heightened energy consumption.

Privacy and Security Features : Safari's robust privacy and security features, including Intelligent Tracking Prevention and built-in privacy tools, are integral to its appeal. However, the implementation of sophisticated algorithms and processes to safeguard user data and ensure a secure browsing experience may inadvertently lead to increased battery consumption. The continuous monitoring and analysis of web content for privacy and security purposes may require substantial processing power, impacting overall energy efficiency.

Optimization for Performance : Safari's optimization for performance, characterized by its swift page loading and smooth browsing experience, is a testament to its engineering prowess. However, this optimization may necessitate significant processing power, potentially intensifying energy demands. The browser's ability to render complex web content efficiently, while delivering a seamless user experience, may contribute to elevated battery usage.

Multimedia-Rich Web Content : The evolving nature of web content, marked by multimedia elements, animations, and real-time updates, places additional demands on Safari's rendering capabilities. The seamless integration of multimedia content and the execution of dynamic scripts may amplify energy consumption, as the browser strives to deliver an immersive and visually engaging browsing experience.

Background Processes and Extensions : Safari's support for background processes and extensions, designed to enhance functionality and user experience, may inadvertently impact battery life. Background processes, including content preloading and resource caching, as well as the execution of extensions, can contribute to sustained energy consumption, particularly during extended browsing sessions.

By recognizing these factors contributing to Safari's battery usage, users can gain a comprehensive understanding of the intricacies involved. Armed with this knowledge, users can explore effective strategies to optimize battery performance and mitigate the impact of Safari's energy consumption on their Apple devices.

Tips for Reducing Safari's Battery Usage

As users seek to optimize their device's energy efficiency and mitigate the impact of Safari's battery consumption, implementing practical strategies can significantly enhance the browsing experience. Here are actionable tips to reduce Safari's battery usage:

Manage Extensions : Review and manage installed extensions in Safari to identify any that may contribute to increased battery consumption. Disable or remove extensions that are not essential, particularly those running background processes or consuming excessive resources.

Enable Content Blockers : Leverage Safari's content blocking feature to restrict resource-intensive content, such as ads, trackers, and media elements, from loading on webpages. By reducing the volume of data and multimedia content, users can alleviate the strain on device resources and enhance battery efficiency.

Optimize Tab Management : Limit the number of open tabs in Safari to minimize the browser's memory and processing demands. Closing unnecessary tabs not only conserves system resources but also contributes to improved battery performance, especially during extended browsing sessions.

Update Safari Regularly : Ensure that Safari is updated to the latest version to benefit from performance enhancements and optimizations. Apple frequently releases updates that address battery efficiency and overall browser performance, making it essential to stay current with the latest software releases.

Utilize Reader Mode : When reading articles or long-form content, activate Safari's Reader mode to streamline the webpage and eliminate extraneous elements. This reduces the processing load on the browser, leading to improved battery efficiency while enhancing the readability of content.

Manage Website Notifications : Review and manage website notification permissions in Safari to minimize the delivery of real-time updates and notifications. Reducing the frequency of notifications can alleviate the browser's processing demands and contribute to prolonged battery life.

Monitor Background Processes : Keep an eye on background processes initiated by Safari, such as content preloading and resource caching. While these processes enhance browsing performance, they may impact battery consumption. Monitoring and managing these background activities can help optimize battery usage.

Adjust Auto-Play Settings : Configure Safari's auto-play settings to prevent videos and multimedia content from playing automatically. By controlling the playback of media elements, users can conserve battery power and minimize the impact of multimedia-rich content on energy consumption.

Utilize Low Power Mode : On supported devices, activate Low Power Mode to optimize battery performance while using Safari. This feature adjusts various system settings, including performance and background activity, to extend battery life during critical usage scenarios.

By implementing these tips, users can proactively address Safari's battery usage concerns and optimize their browsing experience while preserving the battery life of their Apple devices. Embracing these strategies empowers users to strike a balance between enjoying the full capabilities of Safari and maximizing energy efficiency, ultimately enhancing their overall device usage experience.

In conclusion, Safari's impact on battery usage is a multifaceted issue influenced by a convergence of factors, including advanced web technologies, privacy and security features, optimization for performance, multimedia-rich web content, and background processes. The intricate interplay of these elements underscores the complexity of Safari's energy consumption and its implications for device battery life.

As users navigate the digital landscape with their Apple devices, the quest for a seamless browsing experience must be harmonized with the imperative of optimizing battery performance. By gaining a deeper understanding of the underlying mechanisms driving Safari's battery usage, users can proactively address this challenge and enhance their overall device usage experience.

The actionable tips provided offer practical strategies to mitigate Safari's impact on battery life, empowering users to optimize energy efficiency without compromising the browser's functionality. From managing extensions and leveraging content blockers to optimizing tab management and utilizing reader mode, these strategies enable users to strike a balance between maximizing browsing capabilities and preserving battery life.

Furthermore, the evolving nature of web content and the continuous advancements in browser technologies underscore the dynamic nature of the battery usage landscape. As users embrace the latest updates and optimizations, they can harness the full potential of Safari while benefiting from enhanced battery efficiency.

Ultimately, the quest to reduce Safari's battery usage is a testament to the symbiotic relationship between technological innovation and user empowerment. By implementing these strategies and staying attuned to the evolving landscape of web browsing, users can navigate the digital realm with confidence, knowing that they can optimize their device's energy efficiency while enjoying the full capabilities of Safari.

In essence, Safari's impact on battery usage is a compelling narrative that underscores the intersection of technological sophistication and user-centric optimization. By embracing a proactive approach to battery performance and leveraging the insights shared in this article, users can embark on a journey of seamless browsing experiences, empowered by the harmony of technological prowess and energy efficiency.

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Battery drain while browsing Internet using Safari

• Thread starter ProQuiz
• Start date May 25, 2023
• Sort by reaction score
• iPhone, iPad, and iPod Touch
• iOS and iPadOS

macrumors regular

• May 25, 2023

I have a month old iPhone 14 Pro running iOS 16.5. Today I browsed the Internet using Safari for about 20 minutes and the battery drained by 5-6%. The phone also got quite warm. Is this normal? Edit: This was on Wi-Fi with a full signal.  

macrumors 68000

Depending on the site(s), ads can suck up a lot of battery. Look into getting a content blocker. I personally use Norton Ad Blocker for its simplicity, but there are plenty of other options out there.  

macrumors 68020

Even if you block ads, Safari drains batteries more than some mobile games so yeah, it’s normal.  

tragicwinding

• May 26, 2023

Safari does drain the battery a lot. However, a 5-6% drop in just 20 minutes does seem a bit high. @Morac is right that Safari can be more resource-intensive than some apps, but if you're noticing excessive heat along with the battery drain, it might be worth investigating further. I think you could try resetting your phone settings (no data will be lost) to see if that helps. If the problem persists, it might be worth taking it to an Apple Store or contacting Apple Support for a diagnostic test just to be sure.  

ProQuiz said: I have a month old iPhone 14 Pro running iOS 16.5. Today I browsed the Internet using Safari for about 20 minutes and the battery drained by 5-6%. The phone also got quite warm. Is this normal? Edit: This was on Wi-Fi with a full signal. Click to expand...

• May 27, 2023

Thanks for the replies. On a general note, can someone explain why battery life seems to get worse after each iOS update? It's like a "standard feature" of an iOS update along with the common response from people that start complaining about how the update killed their battery life. I actually observed this myself. On iOS 16.4.1 I could get around 1 hour 30 minutes of SOT when the battery hits 90%. I would actually be still be at 100% with 30 minutes of SOT. On iOS 16.5 is it quite a bit worse at 1 hour of SOT at 90% battery.  

I don’t believe I’ve ever had noticeable battery issues with any release. But I’m generally using the latest devices. With any new release, especially the betas, there are background functions that take a day or two to settle in which will use more battery than normal. Which is why those posts asking about battery life the day (or hour) of the release are just ridiculous. All I’ve ever paid attention to is do I have to recharge during the day when I’ve never had to before. That’s when I would start looking for some information or advice. As long as I’m only putting it on my charger when I get into bed as I do every night then I pay no attention. Too many other things in life to be anal about. This isn’t one of them.  

macrumors 6502

• Feb 2, 2024

im experiencing the same now on iOS 17.3 with Safari and a iPhone 15 Pro Max, Safari draining battery too much, also the phone gets noticeable warmer, any idea what to do?  

Reverend Benny

Macrumors 6502a.

• Feb 3, 2024

ProQuiz said: Thanks for the replies. On a general note, can someone explain why battery life seems to get worse after each iOS update? It's like a "standard feature" of an iOS update along with the common response from people that start complaining about how the update killed their battery life. I actually observed this myself. On iOS 16.4.1 I could get around 1 hour 30 minutes of SOT when the battery hits 90%. I would actually be still be at 100% with 30 minutes of SOT. On iOS 16.5 is it quite a bit worse at 1 hour of SOT at 90% battery. Click to expand...

• Mar 24, 2024

Any update ?  

How to Check Battery Usage on iPhone by App & Save Battery Life in iOS 16

Here we'll tell you which apps are largely responsible for iPhone battery drain and how to save your battery life. We'll show you how to stop apps from running in the background, plus share an extra tip perfect for stopping iPhone battery drain by social media and other apps.

iPhone Battery Drain Culprits

• How to Check Your iPhone's Battery Usage
• How to Turn Off Background App Refresh

How to Save Battery on Your iPhone with a Home Screen Hack

It’s well-known in the app world that if your iPhone battery life is short, it's often heavy use of Facebook draining the battery on your iPhone. Using Facebook Messenger also takes up a lot of battery. A general reason why popular apps take up battery life so fast (even when not in use) is background app refresh, which automatically updates apps even when they're not in use, so when they're opened, the most recent information is in front of you. 

Some of the most common apps that shorten your iPhone battery life are as follows:

• Google Chrome
• Google Maps

But which apps drain battery life on your iPhone totally depends on the apps you use, how often you use them, and whether or not they’re running in the background. Here are three methods for managing iPhone battery usage and preventing iPhone battery drain.

1. Check Your iPhone's Battery Usage

When it comes to saving your iPhone's battery life, the first thing to do is check which apps are draining your iPhone. To keep an eye on battery usage:

You'll see the apps you use and information about how much battery each is using, plus how much time the app spends running in the background.  Tap on an app to see how much on-screen time and how many minutes of background time each app uses.

Turn Off Background App Refresh

If it becomes clear to you that some apps are running too often in the background, you’re definitely going to want to turn off Background App Refresh . To do this:

This can be a big battery saver for your iPhone. If you aren't having trouble with battery drain from background app refresh but have noticed that the feature is eating up data, you can set background app refresh to happen only when your device is connected to Wi-Fi . If turning off background app refresh hasn't saved enough battery life, there is one more method to save your iPhone battery that most people don’t know about.

This last method is particularly useful for social media apps, which, by nature, use a large amount of battery life. The Facebook app may use a lot of battery life, but you can bypass the need for that app altogether. To do this:

The icon added to your Home Screen will look like the Facebook app but will open a web page for browsing instead of using the energy-draining app. You can also use this method for Twitter or for websites you love that don’t have apps. I used this feature to have quick access to my own website from the Home Screen and have found it to be incredibly convenient. If you follow the steps above and are still struggling with your iPhone losing battery fast , you might also want to check for some power-hungry features running in the background. 

Author Details

Conner Carey

Conner Carey's writing can be found at  conpoet.com . She is currently writing a book, creating lots of content, and writing poetry via  @conpoet on Instagram. She lives in an RV full-time with her mom, Jan and dog, Jodi as they slow-travel around the country. 

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Tired of your Android phone running out of battery? Change these 10 settings

I've spent much of my life figuring out new ways to save battery life on Android phones . That estimate might sound like an exaggeration, but growing up with access to nothing but poorly made Android devices means I've always tinkered with their settings to figure out the best ways to maximize charge and push my phone's battery life to the limit.

Also: The best Android phones for 2024: Expert tested

So when I started writing this guide on the settings you should use to save battery life, it all came naturally to me. These settings are the most effective, easiest, and quickest ways to save battery life regardless of the Android phone you're rocking, whether the latest device from Samsung , a fancy Google Pixel , or a cutting-edge OnePlus device . Plus, you won't have to sacrifice the high-quality experience of using your phone.

Note : While all these settings are available on practically any Android phone you can buy, the process for adjusting them can vary between devices. Keep this in mind when following the steps I lay out because the approach might be slightly different depending on which phone you're using.

1. Turn off the always-on display

One of the biggest battery drainers for any smartphone is the always-on display. Companies will regularly tell you that this display setting only drains about 1% to 2% an hour, but let's be honest -- it's always way more. It may be nice to glance at your phone while it sits on a table to check the time, but it's probably not worth sacrificing your battery life.

Also: How to create Android Routines (and a few of my favorites to get you started)

How to : Open the Settings app and locate the Lock Screen portion of the app, whether it's in the main list of settings or under "Display." From there, you'll find the option to "always show info" or a simple toggle to enable the Always On Display. Either way, turn the option off and check to make sure your screen goes completely blank when you lock it.

2. Enable Adaptive Battery

There's a handy feature built into Android called Adaptive Battery, and it's available on most devices. Adaptive Battery can automatically manage the performance and efficiency of your phone in the background using special processes to extend your battery life. For example, when you don't need maximum performance for something simple like scrolling through your inbox, the setting will throttle things down and save you some juice.

How to : Go to Settings > Battery > Adaptive preferences and check to ensure "Adaptive battery" is enabled. If it's not, flick it on.

3. Switch to dark mode

Over the past few years, many mid-range and budget Android phones have followed in the footsteps of their flagship brethren in adopting OLED displays. The technology allows individual pixels to dim or completely shut off on their own when not in use, which is far more beneficial for battery life than traditional LCD screens with one big backlight. By switching to your phone's dark theme, those pixels will be dimmer far more often and, in turn, save some juice.

Also:  How to clear the cache on your Android phone or tablet (and why you should)

How to : Go to Settings > Display on your Android phone. There, you'll find the option to switch between a light and dark theme, and an option to have dark mode turn on automatically at a certain time of day. To maximize battery life, I recommend keeping dark mode turned on all the time.

4. Adjust your display brightness and sleep time

It's common knowledge that cranking down your display's brightness can help save battery usage, but it's worth repeating. With modern phones, you have plenty of brightness and it's often unnecessary to turn the setting high to scroll Instagram or check your email. Also, it's important to shorten the time it takes for your phone to go to sleep. Users often set the sleep time to a minute or more, which can drain your battery when you aren't using your phone, and set it down on a table without locking it. Make these two adjustments and you'll be on the path to better battery life.

How to : Swipe down once or twice from the top of your phone's display to visit the quick settings menu. You'll see a slider with a picture of a sun or other source of light next to it. Drag the slider to the left to decrease your brightness. To reduce the time it takes for your phone to sleep, go to Settings > Display and change "Screen timeout" to anything below a minute.

5. Remove unused accounts

We've all done this at some point in our lives: you set up a new account for a social media app or email service, which you forget about, and then you create another account that becomes your primary account for that service or platform. I've gone through this process numerous times. If you set up accounts on your phone, all the old accounts remain, constantly refreshing and draining your battery life in the background. If you think you may have some old accounts worth removing from your phone, you should take action sooner rather than later.

Also: How to clear the cache on your Android phone or tablet (and why you should)

How to : Go to the Settings app and find the accounts section (on Samsung phones it's called "Accounts and backup", while Pixel phones use "Passwords & accounts"). You'll find a list of all the accounts synced to your phone. Tap on one of them and scroll down to the "Remove account" button. Tap it and the account will disappear.

6. Turn off keyboard sounds and haptics

If you're using your phone, chances are you're typing on the keyboard pretty often, whether to post to social media or respond to your friend's messages. If you have sound and haptic feedback enabled, your battery may suffer because your phone needs to make a series of vibrations and noises every time you tap a letter. Hearing and feeling the keyboard as you type is a nice experience, but it's not ideal if you want to eke out some extra juice from a full charge.

How to : Open the Settings app and locate "Language and input." This section is where your keyboard settings live. Find the section where you get to choose your default keyboard, then tap the gear icon next to it to manage settings. If you're a Gboard user (like most people), you'll then go to Preferences > Key press and disable "Sound on keypress" and "Haptic feedback on keypress."

7. Reduce your notifications

You might not realize it, but notifications can be one of the biggest drainers of your phone's battery life if you get lots of them. Not only is your phone buzzing and dinging all day, but the apps themselves are constantly refreshing in the background, looking for new notifications to send your way. Most apps have ways of limiting the amount of notifications you get, but the easiest way to turn them off is through your phone's Settings app.

Also:  How to turn on Private DNS Mode on Android (and why you should)

How to : Go to Settings > Notifications > "App notifications" to see a list of all the apps installed on your phone. There are toggles next to each of them that, when flipped, will disable all notifications for that particular app.

8. Turn off "Hey Google" detection

If your phone is constantly listening for you to say "Hey Google," chances are your battery is draining away. Your microphone is active, waiting to hear you say those two magic words that trigger the Google Assistant, and it takes a fair amount of energy to run that process all day. Disabling the feature is a no-brainer for anyone who doesn't use the Assistant daily. And let's be honest, how many of us use the assistant daily?

How to : Open the Google app on your phone and tap your profile picture in the top-right corner. Then, visit Settings > Google Assistant > Hey Google & Voice Match and flick off "Hey Google." Now your phone will only trigger the Assistant if you hold down the power button or via another method.

9. Reduce your screen's refresh rate

There's no question that phone screens have gotten really good over the past few years, thanks in part to the faster refresh rates manufacturers have been including. Whether it's 90Hz, 120Hz, or even faster, increasing the times a screen refreshes helps make animations, scrolling social media, and everyday interactions feel smoother and more responsive. Unfortunately, a high refresh rate also means increased battery usage -- you might sometimes be better turning the feature off.

Also:  Change this Android setting to instantly double your phone speed

How to : Open the Settings app and navigate to the Display section. Here, you'll find the settings to configure your refresh rate. Most smartphones call the feature something different; Google labels it "Smooth Display" while Samsung calls it "Motion smoothness." Find the setting associated with the refresh rate and revert to the standard rate. Your screen will likely seem a bit choppier as a result, but that's completely normal. It simply means it's operating at 60Hz, which every phone used to run at just a few years ago.

10. Turn off the wireless features you aren't using

I've never been a proponent of turning off wireless features, such as Wi-Fi, Bluetooth, or location services, to save a phone's battery life. So many apps and services rely on those connections that your Android experience can diminish quickly. If, however, you don't use anything that needs Bluetooth or don't use your phone for GPS, it might be worth disabling some of these features to extend your battery life.

How to : On basically every Android phone ever made, you can swipe down once or twice from the top to access quick settings, where you'll find icons for Wi-Fi, Bluetooth, location, airplane mode, and more. Touch them once to turn them off, and touch them again to turn them back on. You can also control all these settings through the Settings app, although quick settings is the easiest way to access them.

Bonus: Use low-power mode

I didn't include this feature in the primary list because, well, it's an obvious one. The low-power mode built into your phone will vary by device, but the general premise remains the same: the mode will disable some features in the background, limit how often apps are refreshed, lower your screen brightness, reduce the refresh rate, and more to save battery life in a pinch.

How to : There are several ways to enable low-power mode on your Android phone, but the most common is swiping down twice from the top of your screen to get to quick settings, and then tapping the battery shortcut. The shortcut should look like a battery with a plus sign or something similar. You'll then get notified that low-power mode (or whatever it's called on your phone) has been enabled. You can follow the same steps to disable this mode.

Smartphones

Android 15 could fix your battery life woes - here's how, i changed these 5 settings on my android phone to instantly boost the audio quality, iphone battery bad after installing ios 17.5.1 try these 7 tips.

10 ways to increase battery life on the Asus ROG Ally

A re you a proud owner of the Asus ROG Ally gaming handheld but find yourself constantly struggling with battery life? As with any handheld gaming device , battery life can often be a concern, especially during extended gaming sessions or on the go. Fear not, as we've compiled a comprehensive guide to help you squeeze every last drop of juice out of your device.

Hands-on: The Asus ROG Ally is a versatile gaming handheld

Turn off rgb lighting and lower your screen brightness, less light, more battery.

RGB lighting may look cool, but it's also a notorious battery hog, especially on the ROG Ally due to its RGB-lit joysticks. Consider turning off or minimizing the RGB effects on your device to conserve battery. The ROG Ally allows you to toggle your RGB brightness between 100%, 67%, 33%, and 0%. It’s recommended to turn off the RGB lighting completely if you want your battery to last longer.

Lowering your screen brightness is another way to reduce power consumption, especially when gaming in a dimly lit environment. To further reduce battery usage, you can disable unnecessary visual effects on the Ally, such as animated wallpapers, page transitions, or widgets. Lowering the screen brightness and disabling RGB lighting can help you extend your battery life and let you use the ROG Ally on the go for much longer.

Turn off Bluetooth and Wi-Fi

Enable airplane mode.

Bluetooth is another setting that can drain a lot of battery if you don't keep an eye on it. Every wireless device connected to your ROG ally will drain its battery, and if you don't have any devices connected, you should still turn off Bluetooth, as your device will constantly search for devices to pair with.

If you don't need to be connected to the internet while playing your game on the ROG Ally, turning off your Wi-Fi will help prolong your battery life. Like Bluetooth, your device’s Wi-Fi constantly searches for new networks to join, draining your battery.

Wi-Fi and Bluetooth should be turned off if you are not actively using them, so the best thing to do is enable airplane mode to stop your ROG Ally from trying to connect to every device and network around you.

Turn on AMD FSR

Ai can help you save battery.

The ASUS ROG Ally is equipped with an AMD Ryzen Z1 Extreme CPU and an AMD Phoenix Graphics processor, which means you can use FidelityFX Super Resolution 3 (FSR3) in games.

While this may seem controversial, turning this feature on will reduce your device's internal resolution to 720p, but then use AI to upscale the resolution to 1080p. This feature will put a lot of strain on your device and, in turn, reduce your power usage.

Remove bloatware on your ROG Ally

Delete any apps you don't plan on using.

Like any normal Windows device, take some time to uninstall unnecessary bloatware or background apps that may be running on your device. Software that comes pre-installed on the Ally can be useful, but keep in mind that you can always re-download any apps you need later on. If you're not using it now, then uninstall it to free up space on your device.

Lower your screen refresh rate

The difference isn't too noticeable.

Higher refresh rates in games give users smoother gameplay, but they can also drain your battery much faster. Try to lower your Ally’s display refresh rate so that you can extend your battery life without losing too much performance.

The Ally's native refresh rate is 120Hz, so lowering the screen refresh rate to 60Hz in the command center can help a lot. This small adjustment can reduce battery drain without affecting performance in most games. However, it isn't recommended to do this if you plan on playing any action or FPS games.

Turn on the FPS limiter

Turn off the unlimited fps option.

Another great feature found in the command center that can save your battery is the FPS limiter. Lowering your frame rate limit can remove a lot of stress from your GPU and CPU. The FPS limiter will let you toggle between 30FPS, 45FPS, 60FPS, or unlimited FPS.

You can test out different frame rates and try to find a balance between performance and battery life. But it’s recommended to set your FPS to 30 if you are planning to game for an extended time without recharging.

Change your resolution

Lowering your resolution can double your battery life.

Lowering the screen resolution of your ROG Ally is another easy way to reduce battery usage. While it may result in slightly less crisp visuals, the trade-off in battery life can be well worth it, especially during longer gaming sessions.

The Ally’s native screen resolution is 1080p, but you can lower the display resolution to 720p instead. While most people dislike gaming at 720p, the Ally has a smaller screen, and the 720p doesn't look bad as long as you don't use it on a monitor.

Save battery by using Eco Assist

Turn off cpu boost and enable standby.

One of the quickest ways to extend your ROG Ally’s battery life is by turning off CPU Boost in the Armory Crate settings. While this setting is great for maximizing performance in-game, it can be a major drain on your battery. By turning off this feature, you'll notice a much longer battery life without sacrificing too much in terms of gaming experience.

To turn off CPU Boost, press the Armoury Crate button and scroll down to the Eco Assist tab. Here, you will find the Extreme Standby Mode, Modern Standby Mode, and CPU Boost Setting. For the best results, turn off CPU Boost and enable both Modern Standby Mode and Extreme Standby Mode. When you plug your Ally into a monitor or charge it while playing, feel free to turn this feature back on for better performance.

Change your GPU settings

Amd advanced graphics and vram limiter.

Adjusting your GPU settings can also significantly impact your ROG Ally’s battery life. This can also be done in the Armoury Crate settings menu; just scroll down to the bottom of the Armoury Crate and click on GPU Settings.

The GPU settings will have AMD Advanced Graphics Options, which will be turned off by default, and a setting for you to change how much memory your GPU uses. Changing this setting to Auto can help if you are playing older games.

However, the auto setting creates lag and stutter in modern titles. To make your Ally last as long as possible, lower your GPU usage to 3GB and make sure all AMD Advanced settings are turned off.

Change your performance settings

Performance mode is good, but silent is better.

Most gaming handhelds, including the ASUS ROG Ally, offer customizable performance settings. Switching to a lower-performance mode can reduce power consumption and extend battery life. This may result in slightly lower frame rates or less responsive gameplay, but it's a small price to pay for longer gaming sessions when you can't charge the device.

Changing your performance mode is easy. Open the Armoury Crate settings and click on Operating Mode. In this tab, you can toggle between Turbo, Performance, and Silent operating modes. Performance mode is great and still heavily reduces power usage, but change it to Silent mode if you need to save more battery.

Balance is key

While lowering every possible setting to extend your ROG Ally's battery life may be tempting, this is not entirely necessary. Lowering just a few settings mentioned above can improve your device's power usage considerably while still allowing you to play your game the way you want to play it.

How-To Geek

How to see which applications are draining your mac's battery.

Your Mac tracks the "energy impact" of each running application in a few places.

Quick Links

Check for apps using significant energy, view each application's energy usage, how to save battery power.

Your Mac tracks the "energy impact" of each running application in a few places. Like on an iPhone or iPad , you can see exactly which apps are using the most power, and adjust your usage accordingly so you don't run out of juice.

Applications aren't the only thing draining battery power , of course. Hardware components like the display, Wi-Fi, and Bluetooth will use battery power as long as they're on, so this list of apps is only part of the picture--but it's a big one, and one you have a fair amount of control over.

Related: How to See Which Apps Are Draining Your Battery on an iPhone or iPad

Since OS X 10.9 Mavericks, the Battery status menu on your menu bar has provided a helpful list of "apps using significant energy." If your battery seems to be draining faster than usual, a quick click on the battery menu on your Mac's menu bar will show you a list of the most battery-hungry apps you have running.

When you click the menu icon, the message "Collecting Power Usage Information" will appear in the menu, shortly followed by a list of "Apps Using Significant Energy." If no apps are using a larger amount of power, you'll see a "No Apps Using Significant Energy" message instead.

You might wonder what Apple considers a "significant amount of energy." Apple's documentation says this applies to apps "consuming higher than average energy from the battery."

It's normal for some types of apps to appear here, depending on what they're doing. For example, if you're playing a demanding game, it's using a large amount of energy and will appear here. If you're compressing a video in a media application, it's using a lot of CPU cycles and will appear here.

Related: How to Troubleshoot Your Mac With Activity Monitor

However, some applications may appear here because they're just inefficient compared to other apps. We like Google Chrome, but it often appears here because it isn't anywhere near as power-efficient as Apple's own Safari browser on a Mac. If you're desperate to squeeze out more battery life, you may want to try Safari instead of Google Chrome in those instances.

Other applications might appear here because they're malfunctioning. For example, an application bugs out and starts using 99% of your CPU , it will appear here. If an app appears here and you think it shouldn't, try closing the app and re-opening it.

If you don't see the battery menu on your Mac at all, you'll need to enable the battery menu icon. To do so, click the Apple menu on your menu bar and select "System Preferences." Click the "Energy Saver" icon and ensure the "Show battery status in menu bar" option at the bottom of the window here is checked.

Apple tries to simplify things and only expose basic energy usage information to most users. That's why OS X only points out a few particular energy hogs rather than giving you a full list of how much power each app used, as you can on mobile operating systems like Apple's own iOS and Google's Android.

However, you can check a list of which apps have been using the most battery power. This information is found in the ever-useful Activity Monitor application . To access it, you can click an application's name under "Apps Using Significant Energy" in the battery status menu. You can also open the Activity Monitor directly. To do so, press Command+Space to open Spotlight search, type "Activity monitor," and press Enter. You can also open a Finder window, select the "Applications" folder in the sidebar, double-click the "Utilities" folder, and double-click the "Activity Monitor" app.

Click the "Energy" tab at the top of the Activity Monitor window. Each application in the list here has an "Energy impact" score. Mac OS X calculates this score based on CPU, disk, and network usage, among other factors. The higher the number, the more impact the application has on your battery life.

By default, the list is sorted by each app's current "Energy Impact"--that is, how much impact the application is having on your battery life right now.

You can choose to sort the list by Average Energy Impact by clicking that heading. This will show each app's average energy impact, which will give you a better idea of how much impact each app has been having on your battery--not just what's using your battery most at this very moment.

Note that the "energy impact" score isn't a scientific measure of actual energy usage. It's merely a rough estimate based on how much an application uses your CPU, disk, network, and other hardware.

The average energy impact will show you data based on the last eight hours your Mac was running. If your Mac hasn't been running for eight hours since you last booted it up, you'll only see data since the last boot-up.

For example, let's say your Mac was powered on for seven straight hours from 12pm to 7pm. The Mac was then in sleep mode all night and was turned on at 9am. At 10am, you opened the Activity Monitor and looked at the energy usage data. It would show data based on the 12pm-7pm period and the 9am-10am period combined. Time the Mac was in sleep or hibernation mode doesn't count towards the eight hours.

The "Average energy impact" data is also kept for applications that were running, but have since closed. These applications will appear grayed out in the list, but you'll see their average energy impact. For example, if you were playing a game and closed it, it would appear here.

Related: How to Increase Your MacBook's Battery Life

If an application is using a lot of power, you may want to close that application or switch to an alternative app that's less power-hungry--at least in instances where you need your battery to last as long as possible. You can prevent apps from running at startup, which will prevent them from using battery power in the background until you launch them. If an app is misbehaving, you may be able to fix the problem by closing the app and re-opening it. However, there's no way around it--apps you use a lot will have a noticeable energy impact.

But tweaking your list of running applications isn't the only way to save power. Dimming your MacBook's display and adjusting other energy-saving settings can have a big impact, too. Check out our guide to saving MacBook battery life for more info.

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How One Chinese EV Company Made Battery Swapping Work

• Chengyi Lin

While Tesla and others focused on bigger batteries and faster charging, Nio invested in customer experience, infrastructure, and leasing programs.

Battery swapping is a technology that could solve one key barrier for EV adoption: consumers’ range anxiety and the long waiting time for battery charging. Wouldn’t you feel more assured on a weekend trip if you knew you could stop at a swap station and replace depleted battery packs with fully charged ones in five minutes ? But this isn’t easy to do, as Tesla and Better Place’s past failures. In China, however, battery swapping has been a reality for a couple of years. How did Chinese companies like Nio make it work with 2,300 swapping stations nationwide? What can companies outside China learn from the Chinese experience?

Range anxiety has been one of the most significant barriers for electric vehicle (EV) adoption among consumers. For example, if I wanted to drive a Tesla Model 3 from Paris to the famous Mont Saint-Michel, which is roughly 360 km (or 220 miles away), I would need to carefully plan my route and stop at one of Tesla’s Supercharger stations near Paris before heading east, as there are simply no other Supercharger stations along the way.

• Chengyi Lin is affiliate professor of Strategy and a leading expert on digital transformation at INSEAD. His research and teaching explore the strategic impacts of digital technologies, such as AI, and drivers of innovation for global and multinational organizations.

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NCM Moscow Plus 21Ah Battery Upgrade (YouTube Video)

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• Start date Mar 27, 2020

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48V 13AH 16Ah 17.5Ah Reention Dorado+ Ebike Battery Pack Compatible with NCM Moscow Milano Aspen Plus Electric City Bicycle Removable Lithium Batteries (48V 16Ah)

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About this item.

• 【HIGH-END QUALITY & CHARGER INCLUDED】This battery is integrated for 65 pcs automotive A+ grade lithium cells. Our battery have a longer lifecycle (up to 5 years) than other batteries. It can be charged and discharged more than 800 times. Our battery pack includes a 54.6V 3A DC2.1 socket charger, which will fully charge the battery in 8-10 hours.
• 【PRODUCT PARAMETERS】Battery voltage: 48V | Battery capacity: 16Ah/768Wh | Battery weight: around 4.2 kg | Battery dimensions: (mm) L460 *W61. 4*H104/18.11*2.41*4.09inch, Suitable for motor 48V 250W 350W 500W 750W 1000W, Max constant discharge current: 30A | Discharge sport: 2pin
• 【ERGONOMIC DESIGN】Fashion style performance,Aluminum shell ;Safe lock,use to lock the battery on the frame;Battery Level light, press the bottom the light will turn on; With Spring type portable handrail, easier to carry batteries and easier installation and removal;With USB Charge socket, can be used to charge your cell phone
• 【SAFETY AND ENVIRONMENTAL PROTECTION】Equipped with a 30A BMS protection board, prevent overcharge, overdischarge, overcurrent, and short circuit to ensure user safety in extreme usage scenarios. compatible with types of bicycles include NCM,Magnum Scout/Ui6,iGO,ECCOBIKE,ADDMOTOR,VOLTBIKE,CIVI,M2S,surface604bikes,Rambo,Addmotor,EAHORA,ET Cycle T720/T1000....etc
• 【BEST AFTER-SALES SERVICE】 We are factory direct sales,we have more than 10 years of lithium batteries production exprience,Our batteries enjoy one-year warranty and good after services.If you have any questions or suggestions about this product, please feel free to send us an email via Amazon Messages, and we will provide you with a good solution within 24 hours.

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reention dorado+ ebike frame inner battery 48V side relace

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How to choose a spare well-fit upgrade battery? ★Step 1): Confirm the original battery belong to 505L down tube ★Step 2): Battery length 18.1inch belong to 505L ★Step 3): Confirm the discharge port----2pin ★Step 4):Confirm the charging port-----DC2.1 ★Step 5): Confirm the battery voltage----48V Compatible with the following models: NCM Moscow NCM Moscow Plus NCM Aspen NCM Aspen+ NCM Milano NCM Milano plus NCM Venice NCM venice plus LLOBE Vago Bianco Fitifito E-MTB Addmotor ebike M-5600 Surface604bikes VoltBike Yukon 750 Magnum Scout EAHORA ET Cycle T720/T1000 ......and more. Attention!!!: ☆If your bike does not belong to the above models,or you are not sure whether the battery is suitable for your bike, please contact customer service. Thank you! Product Details: Battery Type: Lithium Battery Rated Voltage: 48V Rated Capacity:16Ah/768Wh Battery Size: 460*61.4*104mm(18.1 *2.41* 4.09inch) Max Constant Discharge Current:30A( BMS) Battery Cell: 18650 (A Grade) Battery Charge Voltage: 54.6V AC input: 110-240V, 50/60HZ Charging Time: 5-8Hours Cycle Life: Over 800 times ✅Package Included: * 1x 48V 16Ah/768Wh Battery with inbuilt BMS **2×Keys * 1 x 3A US plugs Battery Charger(We will provide according to delivery country if without requested.) ⚠NOTE: 1. Due to manual measurement, the size will have an error of 1-3mm. 2. After receiving the battery, please charge the battery first, and then perform the test.

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Using MoSCoW in Agile to Prioritize Better

One of the key ideas in Agile is prioritization – a team needs to understand which features must be done and which can be left behind in order to produce the best result. However, the concept can be quite difficult to grasp when moving from a different project management approach. A prioritization technique called MoSCoW brings great help and clarity in such cases.

First used with Dynamic Systems Development Method, MoSCoW is a technique developed by Dai Clegg . The sole purpose of this prioritization approach is to help understand the importance that the stakeholders put on each of the features and requirements they pose. Thus being able to focus on the exact most important ones first and tacking on the rest only if the team has time left.

The technique requires to divide all of the features into four categories – Must, Should, Could and Won’t. Thus forming the MSCW acronym from which the name MoSCoW appears. In order to know which of the features are crucial, the team has to categorize them into the four groups.

Must have features are absolutely crucial to the project. Should have features are important to the project, but less urgent. Could have features are not as important as they are desirable and should only be completed if there is left over time. And lastly Won’t have features are either not important or not possible at the time and thus are not completed at all.

Once the team prioritizes the features, they create a clear action plan to move forward. First, they have to complete all of the Must have features. Once that is done they can move onto the Should haves. And only after all of the Should haves are done, the team can consider the Could haves. This way the focus is on the most important tasks right away.

What does this have to do with Agile ? It will help teams transition, prioritize and plan better.

Running a first Sprint or a first iteration can and most likely will be tough on any team. You don’t know what you are doing, you are still questioning the process and on top of that now you have to decide with which of the many tasks you will start first. Adding the MoSCoW technique in such cases will bring the team clarity and provide the ability to move forward.

Depending on the process, the team could even divide the backlog into 4 columns based on the four importance groups. This way being able to add the new features straight into the appropriate columns and compare them against each other to get a better sense of their priorities.

While more advanced teams will often see no point of such prioritization and be content with the traditional story point or priority column approach, this can be a great help for new Agile practitioners.

One thing to note though, is that while the MoSCoW technique is usually used only once or a couple of times during the project, for Agile teams this will be different. To accommodate the changing circumstances and planning the right work for each iteration, the technique should be used whenever the priorities switch. Since that could become quite burdensome, the teams should make a note of reviewing their priority columns every time they plan a new iteration.

Would you consider MoSCoW as part of your Agile routine?

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Insane Safari battery drain after updating to iOS 16.1.2

after updating to iOS 16.1.2 my iPhone 13 Pro runs out of battery in less than 4 hours.

The iPhone gets hot immediately after I start using it and it remains hot for a while even when idling. To be more precise, it gets really hot in the area of the A15 processor. I assume there's some sort of background task running and consuming power uselessly. After a while of being idle, the temperature goes back to normal and battery usage with the screen shut down seems to be normal. But when I use it, the battery drops tremendously fast.

What I tried:

- Deleting those apps that I knew were aggressive on battery. I assumed there might had been an update on one of those apps that caused battery drain (even though the Battery Health manager showed very low battery usage on all the apps). Didn't work.

- Disabled contacts syncing as someone reported battery improvements after doing so. Didn't work

- Tried enabling Low Power Mode when I had 80% battery left but didn't matter, it still ran out of battery within 4 hours and a half.

iPhone 13 Pro

Posted on Dec 16, 2022 6:20 AM

Posted on Dec 19, 2022 10:49 AM

Hey there nullRouted,

Thanks for reaching out to the Apple Support Communities. For the best steps that can help with maximizing the battery life on your iPhone, check out this link here: Maximizing Battery Life and Lifespan - Apple Support

This resource will include steps to help update your iPhone to the latest iOS version, as well as disable Background App Refresh, which can help with preventing apps from refreshing in the background.

If still having issues after going through the steps above, we'd recommend reaching out to Apple Support directly from this link here: Get Support - Apple

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Dec 19, 2022 10:49 AM in response to nullRouted

Chemical Science

Effects of o, s, and p in transition-metal compounds on the adsorption and catalytic ability of sulfur cathodes in lithium–sulfur batteries †.

* Corresponding authors

a School of Chemistry and Chemical Engineering, Yangzhou University, Yangzhou, P. R. China E-mail: [email protected]

b Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences, Ningbo, P. R. China

c School of Materials Science and Engineering, Suzhou University of Science and Technology, Suzhou, P. R. China

Transition-metal compounds (TMCs) have recently become promising candidates as lithium–sulfur (Li–S) battery cathode materials because they have unique adsorption and catalytic properties. However, the relationship between the anionic species and performance has not been sufficiently revealed. Herein, using FeCoNiX (X = O, S, and P) compounds as examples, we systematically studied the effects of the anion composition of FeCoNiX compounds on the adsorption and catalytic abilities of sulfur cathodes in Li–S batteries. Adsorption tests and density functional theory calculations showed that the adsorption ability toward lithium polysulfides follows the order: FeCoNiP > FeCoNiO > FeCoNiS, while in situ ultraviolet-visible spectroscopy and cyclic voltammetry revealed that the catalytic ability for lithium polysulfide conversion follows the order: FeCoNiP > FeCoNiS > FeCoNiO. These results indicate that FeCoNiP is an excellent polysulfide immobilizer and catalyst that restricts shuttling and improves reaction kinetics. Electrochemical tests further demonstrated that the FeCoNiP cathode delivered superior cycling performance to FeCoNiO or FeCoNiS. In addition, the battery performance order is consistent with that of catalytic ability, which suggests that catalytic ability plays a key influencing role in batteries. This study provides new insight into the use of O-, S-, and P-doped TMCs as functional sulfur carriers.

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Effects of O, S, and P in transition-metal compounds on the adsorption and catalytic ability of sulfur cathodes in lithium–sulfur batteries

M. Du, J. Shi, Y. Shi, G. Zhang, Y. Yan, P. Geng, Z. Tian and H. Pang, Chem. Sci. , 2024, Advance Article , DOI: 10.1039/D4SC01628A

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