I was wondering about this. I might stick to lead acid batteries because they are incredibly heavy, so the lift does not tilt over. A lot of its weight is from the batteries, and changing that weight could prove dangerous. And I would imagine that the hydraulic system does not seem to care what the performance of the batteries is. No matter the SOC of current PB batteries, lift goes up and down the same. When SOC of PB batteries is low, the lifts ability to move forward and backward is drastically reduced, but thats about it. Which I do not mind haha! Slower speed is easier to control fine tune movements.When ya posted the video, I commented there, but now of course, you have to convert the lift to run on lithium, and be a rolling solar generator... right?
Mainly for working on the garage door openers. But I figured I can use it for everything! I could drop test lithium batteries from 19 feet high :DThat is great!!! Wondering about the utility of the lift. I guess lights are really high to replace!
LOL pretty cool Will.Screenshot of my workshop webcam to tell me when the five hour battery test is finished ??
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Need to make a motor speed control for it. I don't like the way they jerk forward, when elevated.I was wondering about this. I might stick to lead acid batteries because they are incredibly heavy, so the lift does not tilt over. A lot of its weight is from the batteries, and changing that weight could prove dangerous. And I would imagine that the hydraulic system does not seem to care what the performance of the batteries is. No matter the SOC of current PB batteries, lift goes up and down the same. When SOC of PB batteries is low, the lifts ability to move forward and backward is drastically reduced, but thats about it. Which I do not mind haha! Slower speed is easier to control fine tune movements.
I was thinking of using solar to power the lift... ?Use the lift to help put solar panels on the roof. Better than lifting them up a ladder LOL.