MartyMcfly1
10 mW
- Joined
- Jan 16, 2021
- Messages
- 20
I've got a small problem. I've received some Tattu Li-po batteries from China. So returns may be problematic.
My goal was to run 22s at 4.2v per cell giving me 92.4v. So three 22.2v 6s packs and one 14.8v 4s pack. The seller of the 4s has sent me another 6s in error.
If I were to run all four packs, 24s, at full charge 4.2v per cell, I'd be at 100.8v which is too much for my controllers mosfets. Instead of try and return this pack. I'm thinking I could just run 24s and charge to 3.7 or 3.8v per cell. Giving me 88.8v or 91.2v respectively.
My question is, are there any drawbacks in terms of discharge and range if I was to just run with them at less than full charge? I'm not experienced in splitting packs and don't fancy causing an explosion so I'm not disecting.
My goal was to run 22s at 4.2v per cell giving me 92.4v. So three 22.2v 6s packs and one 14.8v 4s pack. The seller of the 4s has sent me another 6s in error.
If I were to run all four packs, 24s, at full charge 4.2v per cell, I'd be at 100.8v which is too much for my controllers mosfets. Instead of try and return this pack. I'm thinking I could just run 24s and charge to 3.7 or 3.8v per cell. Giving me 88.8v or 91.2v respectively.
My question is, are there any drawbacks in terms of discharge and range if I was to just run with them at less than full charge? I'm not experienced in splitting packs and don't fancy causing an explosion so I'm not disecting.