- #Window battery tracker install#
- #Window battery tracker full#
- #Window battery tracker software#
- #Window battery tracker windows#
Once you have found it, click it to install the application or exe on your PC or Mac computer. Now that you have downloaded the emulator of your choice, go to the Downloads folder on your computer to locate the emulator or Bluestacks application. Step 2: Install the emulator on your PC or Mac
#Window battery tracker software#
You can download the Bluestacks Pc or Mac software Here >. Most of the tutorials on the web recommends the Bluestacks app and I might be tempted to recommend it too, because you are more likely to easily find solutions online if you have trouble using the Bluestacks application on your computer.
#Window battery tracker windows#
If you want to use the application on your computer, first visit the Mac store or Windows AppStore and search for either the Bluestacks app or the Nox App >.
#Window battery tracker full#
Interestingly enough, it compares observed battery life at the device’s full charge to theoretical battery life at its design capacity.įor example, the most numbers displayed in the screenshot below show that the device managed four hours and forty-six minutes of battery life at its current full charge capacity, but that it would have managed four hours and fifty-eight minutes if the battery was still at its design capacity.Step 1: Download an Android emulator for PC and Mac The “Battery Life Estimates” section displays an estimate of your device’s average battery life for different time periods, based on how you actually used it. Like with the above section, the statistics here go back to when you originally set up Windows on the computer. You can see how your battery’s full charge capacity gradually decreased over time compared to its design capacity. The “Battery Capacity History” section is also interesting. The statistics here go all the way back to when you originally set up Windows on the PC-possibly to when you purchased the device. You can see how much time the device spent on battery power and how much time it spent plugged into a power outlet. The “Usage history” section shows your battery’s usage and duration over time. Both this and the “Recent Usage” section display data for the last three days only. The “Battery usage” section offers a graph that shows how your battery drained over time. The capacity remaining is displayed as both a battery percentage and a number in mWh. You can see when your device started, when it was suspended, and how much battery capacity drained over time. The “Recent Usage” section of your battery report displays the device’s power states over the last three days. Batteries can only handle so many charge cycles, and different batteries are rated for different numbers of charge cycles. Or, a full cycle could be discharge from 100% to 50%, a charge back up to 100%, and then another discharge down to 50%. So, a cycle might be a full discharge from 100% to 0%. A full charge cycle is measured by 100% battery drain. The cycle count number in the “Installed Batteries” section shows you how many charge cycles a battery has been through. RELATED: Debunking Battery Life Myths for Mobile Phones, Tablets, and Laptops That number will decrease over time as the battery chemistry changes. Note: If you have a new device, it may actually have a higher current full charge capacity than its design capacity. This number will continue going down over time as you use your battery and put it through more charge cycles. For reference, the laptop we used was about five years old. The battery was originally designed to hold 42,002 mWh, but now has a maximum of 40,226, meaning it holds a little less charge than it used to.
This is a result of the normal wear a battery experiences over time, and it lets you see just how worn down your battery is. For example, in the screenshot above, you can see that the design capacity of the battery is 44,400 mWh, while the current full charge capacity is 37,685 mWh.
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