So how would a twelve volt Li-on battery, lets say the 6800 amp hour variety, compare to a twelve volt lead acid battery. In terms of longevity of power output?
First of all, the 6800 amp hour battery will actually be a 6800 milli amp hour or 6.8 amp hours.Madman said:So how would a twelve volt Li-on battery, lets say the 6800 amp hour variety, compare to a twelve volt lead acid battery. In terms of longevity of power output?
Madman said:So how would a twelve volt Li-on battery, lets say the 6800 amp hour variety, compare to a twelve volt lead acid battery. In terms of longevity of power output?
That's a great site for electrical stuff. Really useful.spike said:Take a look here.
http://www.mpoweruk.com/performance.htm
What a useful site - thanks for the linkspike said:Take a look here.
http://www.mpoweruk.com/performance.htm
treetop said:First of all, the 6800 amp hour battery will actually be a 6800 milli amp hour or 6.8 amp hours.Madman said:So how would a twelve volt Li-on battery, lets say the 6800 amp hour variety, compare to a twelve volt lead acid battery. In terms of longevity of power output?
It will depend totally on what size/type of lead acid battery you use.
A typical sealed lead acid battery may only have a capacity of 3.0 amp hours at a 20hr rate,
and also be much heavier.
You will be able to draw a much higher current from the Li-xx battery.