Do it. And ride a deck with it.
No balls
No Iām alright. All you. Your original idea. lol
Oooh, itās too bad, 5$ out of my budget for this here build 
1 Like
But there is catch. 1s1p 30Q cell can give 80W (20A x 4V). If you use converter to convert to 50V, you can only draw 1.6A (much less, like @BluPenguin pointed out, heat). How big 1s pack do you need to be usable?
1 Like
Somewhere between 1mAh and 5,000,000,000mAh
1 Like
Sorry I only build functional boardsā¦
7 Likes
Smh sounds functional to me
I can not say you are wrong
1 Like
OOOOOOH Jeff can make us some.
100% energy return guaranteed
I should waltz on over to that neato thread and ask him
Yo guys I just got a great idea:
Internal Battery DC Voltage 50 V
Total Energy 14 kWh
45" long. Itās long board length.
Anybody? Lay it flat on the sideā¦ Bolt some shit to itā¦
4 Likes
Now your thinking!
Might not squeeze onto the deckā¦ a backpack for it would be more suitable
IT weighs 276 pounds. It IS the deck.
3 Likes
You canāt lift 276 pounds?
30" wide tooā¦ Pretty useless unless youāre riding a doorā¦
Ah wait you mean it becomes the board 
4 Likes
I mean, itās already in a metal enclosure complete with electronics, BMS. Itās basically a integrated deck with a 10 year warranty. Lmao In a pinch you can use it to power your house too.
Tbh if you cut it in half right down the middle, itās actually almost perfect size lol
3 Likes
Can someone post a schematic of how a BMS is wired so that charging is balanced, but output is not restricted?
Thanks in advance.
Depends on BMS. Generally you wire it as the BMS instructs, except where P- power negative goes, you put it straight to B-
2 Likes
this helped a lot! as a visual learner i wasnāt gathering the concept quite before i saw this.
1 Like
It didnāt make sense until I had to do it.