I have to replace the NiMH cells in my Giant LaFree ebike 24v battery pack with Lithium cells, so I have been reading the Technical and General forums to see what approaches people have taken.
The prevalent approach is to either buy a battery pack of LiFePO4 cells with a BMS (e.g. Ping batteries), or recell the existing pack with the same configuration (Please note, I am in NZ so competent recellers of ebike batteries are scarce)
However I have noticed that some people have taken the option of using RC-type Lipo battery packs with a smart balance charger.
So my questions about this option are:
Q1: what are the reasons for doing this? Power? Cost? Other?(FYI, I am in the electrical business so I know about Watts, Amps, Volts, overcharging LiPos, etc)
Q2: the smart charger (e.g. an iCharger) will need to be plugged into the balance sockets of the Lipo batteries at charging time, but I assume the batteries are inside a weatherproof case. How do people manage accessing the balance sockets without having to disassemble / reassemble the weatherproof case each time?
Thanks
Paul
The prevalent approach is to either buy a battery pack of LiFePO4 cells with a BMS (e.g. Ping batteries), or recell the existing pack with the same configuration (Please note, I am in NZ so competent recellers of ebike batteries are scarce)
However I have noticed that some people have taken the option of using RC-type Lipo battery packs with a smart balance charger.
So my questions about this option are:
Q1: what are the reasons for doing this? Power? Cost? Other?(FYI, I am in the electrical business so I know about Watts, Amps, Volts, overcharging LiPos, etc)
Q2: the smart charger (e.g. an iCharger) will need to be plugged into the balance sockets of the Lipo batteries at charging time, but I assume the batteries are inside a weatherproof case. How do people manage accessing the balance sockets without having to disassemble / reassemble the weatherproof case each time?
Thanks
Paul