It is probably due to complexity and the behavior of supercapacitors. It may be a joy to charge at extreme short period, but the voltage of a supercapacitor is not as stable as the conventional battery during discharge. In order to make that stable requires some control circuit which will invariably increase the complexity, and of course cost, of the device.
You are viewing a single comment's thread from:
Okay, thanks for your explanation I think I understand it better now although I believe they should be working on a better solution to our current batteries since it is really an issue for most people.
On another note, I'm currently soliciting votes for my latest post nd I was wondering if you wouldn't mind reading and probably upvoting it
You are welcome. I will check your post tomorrow; the voting power down for today. Keep steeming :)
Ok Sir. Thanks In Advance