Bamowi - Battery Temperature

Bamowi - Battery Temperature is an Android app designed to help you monitor and manage your smartphone's battery temperature effectively. It provides real-time notifications to alert you if your battery exceeds a high or low temperature threshold, helping to prevent overheating or freezing. Additionally, you can set alerts for low battery levels or for specific charging limits to protect your battery from overcharging and ensure optimal performance.

Comprehensive Battery Insights

This app offers detailed insights into your battery’s performance, including real-time data on temperature, current, and power. It tracks and displays the highest and lowest battery values like temperature, level, voltage, and current with timestamps. Bamowi - Battery Temperature also includes comprehensive statistics with a timeline of charging events, showcasing details such as duration, charging speed, and level changes, enabling you to analyze your device's charging patterns. You can even choose between Fahrenheit and Celsius for temperature readings.

Advanced Charts and Customization

Bamowi - Battery Temperature features dynamic graphs that display changes in battery metrics over several days, offering zoom and scroll options for detailed views. You can customize these charts to focus on temperature, voltage, or battery level data. The app also includes widgets that allow you to view temperature, voltage, or battery level on your home screen for quick access to critical information.

Low Resource Usage and Custom Alerts

Despite running in the background to ensure reliability, the app maintains minimal energy consumption on most devices. For advanced users, the app’s pro version offers extended data logging, notification customization, export options for analysis, and an ad-free experience, making it a versatile tool for battery management.

Bamowi - Battery Temperature is an essential app to ensure your battery operates within safe limits while providing valuable statistics to maintain its health and efficiency over time.