How to Make Your Phone’s Battery Last Longer (2023)

The battery life of a phone is crucial for its usability and convenience. A dead or low battery can disrupt communication, limit access to essential apps and services, and cause inconvenience, especially when on the go.

It is essential to optimize phone battery life to ensure smooth and uninterrupted usage of smartphones. Want to know How to Make Your Phone’s Battery Last Longer?

This article discusses various ways to extend phone battery life. It provides practical tips and strategies to manage and optimize phone battery usage.

From adjusting display settings to managing connectivity options, optimizing app usage to using battery-saving modes, and making physical changes, this article covers a comprehensive range of strategies to help users maximize their phone’s battery life.

Before diving into the strategies to extend phone battery life, it is essential to understand the factors that drain phone battery life.

How to Make Your Phone’s Battery Last Longer

Some common factors include high screen brightness, prolonged screen timeout, Wi-Fi, Bluetooth, and location services usage, excessive push notifications, background app refresh, data usage, and outdated operating system and apps.

Identifying and managing these factors can significantly impact the overall battery life of a phone.

Want to know more about How to Make Your Phone’s Battery Last Longer? Let’s get started! Here are a few suggestions for you to make your phone’s battery last longer.

Adjusting Display Settings

Adjusting various display settings can help with making the phone’s battery last longer. These are:

1. Reducing Screen Brightness

 

Lowering screen brightness is a simple yet effective way to conserve battery power on a smartphone. By manually reducing the screen brightness or using the automatic brightness feature, users can prevent unnecessary battery drain and extend their phone’s battery life.

Moreover, the lower screen brightness can also reduce eye strain, especially in low light conditions, and improve overall user experience by providing a comfortable viewing experience on the phone’s display.

It’s a win-win situation as users can save battery power while also taking care of their eyes and enjoying a better user experience.

2. Shortening Screen Timeout

 

Screen timeout settings determine how long the screen stays on after inactivity, and shortening this duration can help save battery power. When the screen timeout is set to a shorter duration, the screen will turn off more quickly when not in use, preventing unnecessary battery drain.

This is especially useful when users forget to manually turn off the screen after using their phone. By adjusting the screen timeout settings to a shorter duration, users can ensure that the screen doesn’t stay on unnecessarily for long periods of time, thus conserving battery power and extending their phone’s battery life.

It’s a simple yet effective way to optimize battery usage on a smartphone.

3. Turning on Adaptive Brightness

Adaptive brightness is a convenient feature that adjusts the screen brightness of a smartphone based on the surrounding ambient light conditions.

By enabling adaptive brightness, the phone can automatically optimize the brightness level to an optimal setting, avoiding unnecessarily high screen brightness in well-lit environments and low screen brightness in dimly lit environments.

This feature helps to prevent over-bright screens in well-lit conditions, which can drain the battery faster, as well as avoid eye strain from screens that are too bright in low-light conditions.

By dynamically adjusting the screen brightness to match the ambient light conditions, adaptive brightness can help save battery power by ensuring that the screen is not unnecessarily consuming excess power.

Enabling adaptive brightness is a simple way to optimize screen brightness and battery usage on a smartphone, as it allows the phone to automatically adjust to the most suitable brightness level based on the environment, conserving battery power and improving user experience.

4. Using Dark Mode

Dark mode is a popular feature in many smartphones that allows users to switch to a darker colour scheme for the interface and app colours. This can be particularly beneficial for smartphones with OLED or AMOLED displays, as dark pixels require less energy to display compared to bright pixels.

By using dark mode, users can significantly reduce the overall battery consumption of their phone, especially when using apps or interfaces with predominantly dark backgrounds.

The darker colour scheme of dark mode can help save battery power by reducing the amount of energy needed to illuminate the screen. This is because in OLED and AMOLED displays, each pixel is independently lit, and darker pixels require less energy to light up than brighter pixels.

By using dark mode, which uses predominantly dark backgrounds and colour schemes, users can reduce the overall energy consumption of their phone’s display, leading to improved battery life.

Many smartphones now have built-in dark mode options that can be easily enabled in settings or through quick access toggles.

Users can also find dark mode options in many popular apps, allowing them to customize the appearance of individual apps to a darker colour scheme. Using dark mode can be a simple yet effective way to save battery power on smartphones with OLED or AMOLED displays and extend the overall battery life of the device.

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Managing Connectivity Options

1. Turning off Wi-Fi and Bluetooth When Not in Use

Wi-Fi and Bluetooth are both wireless communication technologies that can drain your device’s battery when they are constantly searching for networks or devices to connect to.

By turning off Wi-Fi and Bluetooth when you’re not actively using them, especially when you’re away from Wi-Fi networks or not using Bluetooth devices, you can help conserve battery life and extend the time between charges on your device.

2. Disabling Location Services

Location services, which are used by apps to access your device’s location information, can also be a significant drain on your device’s battery. Disabling location services for apps that don’t require it or using it only when needed can help conserve battery power and extend your device’s battery life.

3. Limiting Push Notifications

Push notifications from apps can be another significant factor that impacts the battery life of your device. These notifications require data and resources to be delivered to your device, which can contribute to battery drain.

4. Disabling Vibrations

Vibrations for incoming calls, messages, and notifications can also consume battery power. Disabling vibrations or using sound alerts instead can help save battery life.

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Optimizing Battery Usage of Apps

1. Identifying Battery-Hogging Apps

Identifying apps that consume a significant amount of battery power is the first step in optimizing battery usage. Users can check the battery usage statistics on their phones, which are usually available in the device’s settings or battery usage section.

This feature provides information on how much battery power each app has consumed over a certain period of time. By reviewing this information, users can identify apps that are draining the battery quickly and prioritize which apps to optimize for better battery life.

2. Force-Closing Unused Apps

Apps running in the background can continue to consume battery power, even when not actively in use. Users can manually force-close unused apps or use the app switcher to swipe away apps that are not needed to conserve battery power.

This prevents background processes and activities from consuming unnecessary battery power, especially if the apps are resource-intensive or have high background activity.

3. Turning Off Background App Refresh

Background app refresh is a feature that allows apps to update and fetch new data even when not in use. However, this constant background activity can consume significant battery power.

Users can choose to turn off background app refresh for non-essential apps or limit it to Wi-Fi only to optimize battery usage. This prevents apps from using cellular data or Wi-Fi in the background when not necessary, helping to conserve battery power.

4. Restricting Data Usage of Apps

Apps that constantly use data in the background can also drain the battery quickly, especially when on cellular data. Users can restrict the data usage of apps or choose to use them only when connected to Wi-Fi to save battery power.

This can be done through the app settings or the device’s data usage settings. By limiting data usage for apps that are not essential or not in use, users can prevent unnecessary battery drain from data-intensive background activities.

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Using Battery-Saving Modes

1. Turning on Low Power Mode

Low Power Mode, also known as Battery Saver Mode or Power Saving Mode, is a feature commonly found in many smartphones that allows users to conserve battery power when their phone’s battery is low or when they want to extend battery life for a longer period of time.

When Low Power Mode is enabled, it typically triggers a series of battery-saving measures, such as reducing the device’s performance, limiting background activity, and disabling or reducing certain features that may consume significant battery power.

For example, it may reduce the brightness of the screen, limit the frequency of email or app refreshes, disable automatic downloads, and restrict certain visual effects or animations.

Low Power Mode can help extend the battery life of your phone during critical times when you need to conserve battery power and may be especially useful in situations where you may not have immediate access to a power source.

2. Using Battery Optimization Settings

Some smartphones offer battery optimization settings that automatically optimize the battery usage of apps based on their usage patterns and behaviour. These settings may include app management features that restrict or limit certain apps’ background activity, preventing them from consuming excessive battery power when they are not in active use.

Additionally, CPU and performance management may be included, which can adjust the device’s processing power to optimize battery usage. For example, it may lower the CPU performance during periods of low usage, reducing power consumption.

Battery optimization settings may also include options to optimize network connectivity, such as optimizing Wi-Fi scanning or data usage, to reduce battery drain. These settings can help manage app behaviour and system resources more efficiently, leading to improved battery life and overall performance.

3. Customizing Battery-Saving Modes

Some smartphones allow users to customize battery-saving modes based on their preferences. This may include adjusting settings such as screen brightness, CPU performance, app behaviour, and more to suit their individual needs and extend battery life.

For example, users may have the option to customize the screen brightness level in battery-saving mode, set specific restrictions on certain apps’ background activity, or limit the device’s performance to specific CPU frequencies.

Customization options may vary depending on the device and operating system, but they allow users to tailor the battery-saving mode to their specific requirements and usage patterns.

This can be particularly useful for users who have specific preferences or requirements for managing their phone’s battery usage, and it provides flexibility in optimizing battery life based on individual preferences.

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Physical Changes

1. Changing Battery Usage Habits

Changing some simple battery usage habits can also make a significant difference in extending phone battery life. For example:

• Avoiding Excessive Gaming, Streaming, or Other Battery-Intensive Activities:

Activities such as gaming, streaming videos, or using power-hungry apps can drain the battery quickly. Limiting the usage of these battery-intensive activities or reducing their duration can help conserve battery power.

• Using Aeroplane Mode in Areas With Poor Signal:

When in an area with poor cellular reception, the phone constantly searches for a stronger signal, which can consume significant battery power. Enabling aeroplane mode in such situations can prevent the constant search for signals and help conserve battery power.

• Avoiding Extreme Temperature Conditions:

Extreme temperature conditions, such as prolonged exposure to high heat or extreme cold, can negatively impact battery life. Avoid leaving the phone in direct sunlight, hot cars, or extremely cold environments for extended periods, as it can affect battery performance.

2. Updating Operating Systems and Apps

Keeping the operating system and apps up-to-date can also help optimize battery usage. Software updates often come with bug fixes and optimizations that can improve battery life. Users should regularly check for updates and install them to ensure their phone is running on the latest software version.

3. Replacing the Battery

If all else fails and the phone’s battery life is consistently poor, it may be time to consider replacing the battery. Smartphone batteries have a limited lifespan and tend to degrade over time, which can result in reduced battery life. Users can consult with the phone manufacturer or a professional technician to determine if a battery replacement is necessary.

Final Verdict

In conclusion, optimizing phone battery life is essential for ensuring the uninterrupted usage of smartphones. By adjusting display settings, managing connectivity options, optimizing app usage, using battery-saving modes, making physical changes, and updating software, users can extend their phone’s battery life and enhance their overall smartphone experience.