A smartphone is a smart device filled with all sorts of functions. But at the same time, they all require certain resources for their operation, which affects energy consumption. This list contains various functions and capabilities of modern smartphones that consume the most energy. The IviBet login process is quick, but leaving the app running in the background unnecessarily drains power.
What Affects Energy Consumption
The items are sorted from the most energy-intensive to the least resource-intensive. The list is rather arbitrary, since the energy consumption of different components may vary depending on the smartphone and its usage scenarios.
Communication
A mobile phone conversation cannot be called the most energy-intensive. But a conversation over the mobile Internet, and even via video communication, is one of the most energy-intensive types of smartphone use.
The greatest energy consumption is for video communication, since the camera is additionally used, due to which more data is transmitted, and all this together creates an increased load on the processor. Accordingly, a more loaded processor requires more energy. To reduce energy consumption when talking on video, you should use Wi-Fi, as it is more economical and usually faster than mobile Internet.
Demanding Games
Demanding games that put maximum load on the processor and memory of the smartphone can consume so much energy that they can completely discharge the smartphone even with a large battery in a matter of hours. Especially if the game uses high screen brightness and audio transmission via Bluetooth.
There is only one way to reduce power consumption during the game – to reduce the graphics settings, which will reduce the load on the chip and, accordingly, reduce power consumption. But if this method is unacceptable, then the smartphone can be connected to a portable battery or use a special case with a built-in additional battery. This method will extend the battery life of the smartphone, but can significantly affect its heating, which will have a negative effect on performance.
Screen Brightness
High screen brightness requires a lot of energy, which quickly discharges the battery. And the larger the smartphone screen, the higher the power consumption. To save battery, you can turn on auto-brightness, which automatically adjusts the screen brightness in accordance with the surrounding lighting.
If for some reason this does not work, for example, auto-brightness does not work as expected, then you can always change the brightness manually. This is quite convenient, since the slider with brightness adjustment is usually located among the main settings in the notification shade.
Screen Refresh Rate
A high screen refresh rate increases the smoothness of animations and all movements on the screen in general, but this takes up additional battery resources. The higher the refresh rate, the more energy it requires.
Adaptive mode is the best solution for more rational use of battery resources. In this mode, the refresh rate adjusts to the applications and content that are currently being used, thereby saving some energy.
Active Applications
Applications that remain active in a minimized form consume more resources than they should. In the case of Android smartphones, you can find such applications in the list, where they are sorted by energy consumption level.
To do this, open the settings⚙️ of your smartphone, then go to “Power and performance” or “Battery ➔ Power”. The path and names of these items differ depending on the OS version and the smartphone manufacturer.
The problematic application will differ significantly in power consumption in the larger direction compared to other applications. Most likely, such an application will be at the top of the list, while it was used little or not at all.
If the culprit is found, such an application should be removed or its background activity should be limited. You can specify global parameters for limiting background activity, if such are available in the smartphone settings, or audit each application and check whether restrictions on background activity have been removed. The latter option is preferable if background activity of any individual applications is necessary.
For instance, after using an online bookmaker like IviBet, ensuring that you close the app after your session can help conserve your phone’s battery.
Synchronizing Large Amounts of Data
Frequent synchronization of large amounts of data with cloud services such as iCloud, Google Drive, Yandex Disk and the like consumes a significant amount of battery life. Completely disabling synchronization will eliminate this cause. And if synchronization is necessary, you should fine-tune it so that only the necessary data is uploaded to the cloud, only via Wi-Fi and only during charging.
It would not be superfluous to make sure that the same data is not uploaded to two cloud services at once. In addition, you can disable synchronization of a number of online services and their individual functions. Such services may include Gmail, Google Keep notes, their analogues and similar applications.
Optimizer applications
All kinds of programs for cleaning RAM in Android smartphones are more likely to harm, since closing and then launching applications requires more resources than storing applications in RAM. And the work of optimization programs also requires additional resources when such programs are running in the background.
Android does not need additional optimization programs, it already has everything necessary to work with RAM. If RAM becomes insufficient, the system automatically unloads unused applications.
Wi-Fi, Bluetooth and NFC
Wireless communication devices such as Wi-Fi, Bluetooth and NFC can consume a significant portion of the battery charge in certain usage scenarios. For example, constantly searching for a Wi-Fi signal when there is no connection consumes additional battery resources.
Otherwise, wireless communication devices consume a lot of energy only when large amounts of data are transmitted through them. If not, then the consumption remains, but is no longer significant. To save, you can manually turn off wireless communication devices when they are not in use.
GPS
GPS can also consume a significant amount of battery resources if it is constantly on, and at the same time there are applications in the background that actively use it. Therefore, in order to save battery resources, you can turn off background GPS in the smartphone settings or turn on GPS only when it is needed.
Voice Assistants
Voice assistants are constantly running in the background so that they can be launched at any time by a specific voice command. If this functionality is not needed, you should find the voice assistants installed on your smartphone, after which there are several options.
The first option: assistant applications can be deleted or disabled, if possible. The second option: in the voice assistant settings, you can disable all or part of their functionality. Assistants from Yandex and Google are the most popular, but others can be installed on the smartphone.
Live Wallpapers
Live wallpapers or animated wallpapers are beautiful, but they require a little more energy compared to a static picture. Such wallpapers consume additional battery resources only when displayed on the screen. Therefore, if the desktop with application icons is rarely displayed on the screen, then live wallpapers have almost no effect on the battery life of the smartphone.
Widgets
Widgets are also applications that run in the background. If there are too many widgets, they can affect the power consumption of the smartphone. Therefore, it is better to either leave only the most necessary ones, or remove all widgets from the desktop.