^ Towards the bottom of their page it reads "Capacity Contains a 44,400mWh internal battery"
Divide by Li-Ion nominal voltage of 3.7V and that's 12,000mAh.
Some might think the "mWh" was a typo or technical error and should be 44,400mAh, but at dimensions of only 6.1in x 3.27in x 1.38in, and weight 1.14 lbs, probably not. 12Ah seems about right for the unconventional way that jump starters and power banks are rated, rather than capacity at series cell voltage like tool (or almost every other type of) batteries are rated.
^ Towards the bottom of their page it reads "Capacity Contains a 44,400mWh internal battery"
Divide by Li-Ion nominal voltage of 3.7V and that's 12,000mAh.
Some might think the "mWh" was a typo or technical error and should be 44,400mAh, but at dimensions of only 6.1in x 3.27in x 1.38in, and weight 1.14 lbs, probably not. 12Ah seems about right for the unconventional way that jump starters and power banks are rated, rather than capacity at series cell voltage like tool (or almost every other type of) batteries are rated. - dave_c
Comments & Reviews (2)
Divide by Li-Ion nominal voltage of 3.7V and that's 12,000mAh.
Some might think the "mWh" was a typo or technical error and should be 44,400mAh, but at dimensions of only 6.1in x 3.27in x 1.38in, and weight 1.14 lbs, probably not. 12Ah seems about right for the unconventional way that jump starters and power banks are rated, rather than capacity at series cell voltage like tool (or almost every other type of) batteries are rated.
Divide by Li-Ion nominal voltage of 3.7V and that's 12,000mAh.
Some might think the "mWh" was a typo or technical error and should be 44,400mAh, but at dimensions of only 6.1in x 3.27in x 1.38in, and weight 1.14 lbs, probably not. 12Ah seems about right for the unconventional way that jump starters and power banks are rated, rather than capacity at series cell voltage like tool (or almost every other type of) batteries are rated. - dave_c
Thank you!