Charging Master 9.6

Charging Background Knowledge:

1. There are two ways to charge faster:
Using a higher power AC charger instead of USB charging, as USB charging has lower current. Reducing the power consumption and load of the phone during the charging process, to minimize electricity loss. By reducing electricity consumption, the phone can be charged faster. For example, under normal circumstances, a phone can be charged with 1000mAh in one hour. However, if the phone is under high load, such as playing games, watching HD videos, or using the flashlight, it may consume 300mAh in one hour. In this case, only 700mAh can be charged in one hour. However, if the electricity consumption can be reduced to 100mAh, the phone can be charged with 900mAh in one hour. This means that the charging speed indirectly increases by nearly 30%.

Explanation of the Function Description:

1. Try to stop your own background threads when charging.
During charging, avoid running background threads to reduce power consumption.
2. Reduce screen brightness to minimize power consumption.
The screen LED is one of the main factors that consumes electricity. By reducing the screen brightness, energy loss can be effectively reduced.
3. Notify users promptly when there is an abnormal increase in power consumption.
If the electricity consumption speed increases rapidly, it indicates that there may be non-normal CPU loads. Users need to be reminded to address this issue.
4. Optimize WiFi, GPS, Bluetooth, and other system settings to minimize mobile phone consumption.
Suggest that users turn off power-consuming devices such as WiFi, GPS, Bluetooth, and automatic sync to reduce power consumption.
5. Real-time monitoring of mobile phone temperature and reminder to unplug the charger to prevent overheating.
During charging, periodically monitor the temperature of the mobile phone. If it exceeds a certain threshold, remind the user that the phone is overheating and advise them to prioritize safety.
6. Accurately predict the remaining charging time and prevent overcharging.
Through algorithms, estimate the time required to fully charge the phone in order to avoid overcharging and protect the battery life.