Hey!
Saving laptop-battery capacity over time is for the user hard. I don't know anyone who disconnects the battery when using the powercable. And then the battery deteriates. The capacity of 100% will be only a couple of minutes in the end.
Here is a idea from a "layman", with english as a second language. The idea might be already tested or not – I don't know. But here it comes anyway, into the public domain.
What about having two batteries in the laptops. One smaller, whos only purpouse is to check if powercable is in and if the bigger one is fully (or enough charged).
Software needs to be written as well to check your "routines". That is, if powercable is in during night and not at all during day – the program will realize its time to charge the battery, even if its at 75%
But if powercable is in almost all the time, a charge will not be automatically commenced – you will have to "start the changing" through the software. Only at <10% will the larger battery auto-charge.
This way the bigger battery will remain "untouched". Another version is that it's not untouched – but its "used" sometimes, even if powercable is in. Again because the software "knows" the powercable will be in for several more hours and it will have the time to decharge and recharge the battery.
This might be something to try out.
Keywords: developing laptop dell acer intel amd apple asus battery saving dual hardware technology lamina lenovo msi toshiba
Saving laptop-battery capacity over time is for the user hard. I don't know anyone who disconnects the battery when using the powercable. And then the battery deteriates. The capacity of 100% will be only a couple of minutes in the end.
Here is a idea from a "layman", with english as a second language. The idea might be already tested or not – I don't know. But here it comes anyway, into the public domain.
What about having two batteries in the laptops. One smaller, whos only purpouse is to check if powercable is in and if the bigger one is fully (or enough charged).
Software needs to be written as well to check your "routines". That is, if powercable is in during night and not at all during day – the program will realize its time to charge the battery, even if its at 75%
But if powercable is in almost all the time, a charge will not be automatically commenced – you will have to "start the changing" through the software. Only at <10% will the larger battery auto-charge.
This way the bigger battery will remain "untouched". Another version is that it's not untouched – but its "used" sometimes, even if powercable is in. Again because the software "knows" the powercable will be in for several more hours and it will have the time to decharge and recharge the battery.
This might be something to try out.
Keywords: developing laptop dell acer intel amd apple asus battery saving dual hardware technology lamina lenovo msi toshiba