Most of my 18V Ryobi packs spend their days on a shelf, fully charged and waiting for a drill I might not touch for weeks. That stored energy has real value when the grid drops, and I’ve already covered how tool batteries hold up in a blackout. Getting the most from them comes down to the adapter. A USB adapter handles phones and tablets, a clip-on inverter supplies a true 120V outlet, and a 12V step-down adapter feeds gear that runs on DC. The runtime math is simple: multiply volts by amp hours. An 18V 6.0Ah pack stores about 108Wh, and a 4.0Ah pack stores about 72Wh, before conversion losses take their share.
Related Posts
5 household repairs a 3D printer fixes that you’d normally toss the whole thing for
When something breaks around the house, my instinct has always been to replace it: a new fridge shelf, a new…
I had no idea Samsung SmartThings could make my dryer do this
My family recently took professional photos in hopes of using one for our Christmas card. We were trying to find…
I finally fixed Home Assistant’s most annoying dashboard problem
Home Assistant is one of the best pieces of software I’ve ever used, but like all software, sooner or later…