Just wanting to get a feel for something here ...
After reading all about how Battery life is maximized by not fully charging, at least until near when you plan to use it; And hearing about people suggesting the Satiator or Luna chargers that offer the ability to stop charging at a lower value (ie, 80%); And people using simple timers to turn off their chargers after a best guess at how long it will take to charge to a target value ...
I'm designing myself a small device that will sit between my charger and the battery pack to monitor the charge and turn off power to the battery once a (variable) setpoint has been reached. The device will have a small screen displaying the target percentage / Voltage and the Current % / Voltage. (I'm working around standard pack sizes of 36, 48, 52, 60, & 72V.
Initially, this is all the device will do, but I am planning on adding timing features, supplied power for the current charge (ie, mAHrs, Watts), and other features as I think of them / figure out how to implement.
I've got a fairly robust and flexible initial schematic design figured out and a good portion of the firmware already written.
My biggest question now is - Should I design the physical circuit (and parts) to be something just for myself, or are enough people interested that it could warrant the time to design a custom PCB and design for production optimization?
(My current charger is only for 48V @ 2A, but the design can easily be changed to allow virtually any combination and should be Virtually charger independent. )
Thoughts?
Thanks
After reading all about how Battery life is maximized by not fully charging, at least until near when you plan to use it; And hearing about people suggesting the Satiator or Luna chargers that offer the ability to stop charging at a lower value (ie, 80%); And people using simple timers to turn off their chargers after a best guess at how long it will take to charge to a target value ...
I'm designing myself a small device that will sit between my charger and the battery pack to monitor the charge and turn off power to the battery once a (variable) setpoint has been reached. The device will have a small screen displaying the target percentage / Voltage and the Current % / Voltage. (I'm working around standard pack sizes of 36, 48, 52, 60, & 72V.
Initially, this is all the device will do, but I am planning on adding timing features, supplied power for the current charge (ie, mAHrs, Watts), and other features as I think of them / figure out how to implement.
I've got a fairly robust and flexible initial schematic design figured out and a good portion of the firmware already written.
My biggest question now is - Should I design the physical circuit (and parts) to be something just for myself, or are enough people interested that it could warrant the time to design a custom PCB and design for production optimization?
(My current charger is only for 48V @ 2A, but the design can easily be changed to allow virtually any combination and should be Virtually charger independent. )
Thoughts?
Thanks