Configuration is handled via a plain text config file ( /data/media/0/acc/config.txt ) or via terminal commands. acc -r g : Full documentation (HTML).
As a Magisk module, ACC operates without modifying the /system partition, making it safer to install and easier to uninstall, avoiding potential system corruption. 3. Installation and Configuration 3.1 Prerequisites Android device (or KaiOS). Unlocked Bootloader with Magisk or KernelSU installed. Terminal Emulator (e.g., Termux). 3.2 Installation Method
The ACC Magisk module is a highly effective, non-intrusive solution for extending lithium-ion battery life. By giving users granular control over their charging habits, it serves as an essential tool for maximizing device longevity, particularly for devices that are perpetually connected to power. To help me make this paper more specific for you, tell me:
If you'd like, I can create a step-by-step installation guide for a specific device.
To limit charging to a user-defined range (e.g., 60-80%), reducing heat and chemical stress on the battery.
Acc-magisk File
Configuration is handled via a plain text config file ( /data/media/0/acc/config.txt ) or via terminal commands. acc -r g : Full documentation (HTML).
As a Magisk module, ACC operates without modifying the /system partition, making it safer to install and easier to uninstall, avoiding potential system corruption. 3. Installation and Configuration 3.1 Prerequisites Android device (or KaiOS). Unlocked Bootloader with Magisk or KernelSU installed. Terminal Emulator (e.g., Termux). 3.2 Installation Method
The ACC Magisk module is a highly effective, non-intrusive solution for extending lithium-ion battery life. By giving users granular control over their charging habits, it serves as an essential tool for maximizing device longevity, particularly for devices that are perpetually connected to power. To help me make this paper more specific for you, tell me:
If you'd like, I can create a step-by-step installation guide for a specific device.
To limit charging to a user-defined range (e.g., 60-80%), reducing heat and chemical stress on the battery.
