Hey guys, I have an electric golf cart that I would like to convert from lead acid to lithium batteries. Anyone ever do this? If so, what company did you use and how did it go? Thanks!
I drink....while attempting to decapitate gophers with crooked sticks I was forced to rent who are still under ground....whilst simultaneously pissing off pompous self glorifying tax evading drivels who think a polo shirt with docker shorts is a flex others should be enamored with. All while paying exorbitant amounts of money to spend a day chasing a white ball and in the end being so pissed off that they need to have several overpriced drinks with similarly angry peers just to go home. So, NO, I don't golf. I do however have a golf cart that weighs the combined weight of a womens rugby team and goes about 2/3ds the speed of smell.You golf????
Mine are running on about half strength, which is why the conversion. It's spendy, but I'd like to be able to run for a week or so before charging and then be able to charge in a couple hours instead of all night. When I get it done, I'll post up the process and results. I was hoping someone on here had gone from lead acid to lithium on their cart and could give me some insights.I'll be doing the same thing once my lead acid batteries start going to shit.
My current machine is a 48 volt system with (8) six volt batteries. They take overnight to charge from half charge to full charge and weigh about 60 lbs each or almost 500 lbs. It costs around 1800 bucks to replace a full set and they provide about 114 amp hours at 50% usage. Conversely, it costs around 2500 for a 105 amp hour 48 volt lithium battery conversion kit that weighs about 90 lbs and will charge in a couple hours. Battery weights will vary, but these are good averages. The upsides are a 400 lb reduction in weight which adds miles to the battery life per charge and is easier on the machine as a whole. Battery life is bit better with lithium and it's a heck of a lot easier to remove one 90 lb battery for winter storage than 8 lead acids. Is it necessary? Maybe not to everyone, but to me the increased performance, weight reduction, more time between charges, and the much shorter charge time is worth the extra hundos.Why is a conversion necessary? Educate me.
When you plug in the lithium battery in at night the charger is still be on it in the morning. I wouldn't take the batteries out in the winter. I would charge them up and disconnect them.They will be charged up in the spring. You have a lot more traction with the heavy batteries. Car shop use them to pull car and pickups around the parking lot and into the shop.My current machine is a 48 volt system with (8) six volt batteries. They take overnight to charge from half charge to full charge and weigh about 60 lbs each or almost 500 lbs. It costs around 1800 bucks to replace a full set and they provide about 114 amp hours at 50% usage. Conversely, it costs around 2500 for a 105 amp hour 48 volt lithium battery conversion kit that weighs about 90 lbs and will charge in a couple hours. Battery weights will vary, but these are good averages. The upsides are a 400 lb reduction in weight which adds miles to the battery life per charge and is easier on the machine as a whole. Battery life is bit better with lithium and it's a heck of a lot easier to remove one 90 lb battery for winter storage than 8 lead acids. Is it necessary? Maybe not to everyone, but to me the increased performance, weight reduction, more time between charges, and the much shorter charge time is worth the extra hundos.
Gotcha. I wasn’t wondering why you wanted to switch to lithium but rather why it wasn’t a simple swap in and out like I did with my boat trolling motor 24V. I just replaced my 2 12V lead acids with 1 24V lithium.My current machine is a 48 volt system with (8) six volt batteries. They take overnight to charge from half charge to full charge and weigh about 60 lbs each or almost 500 lbs. It costs around 1800 bucks to replace a full set and they provide about 114 amp hours at 50% usage. Conversely, it costs around 2500 for a 105 amp hour 48 volt lithium battery conversion kit that weighs about 90 lbs and will charge in a couple hours. Battery weights will vary, but these are good averages. The upsides are a 400 lb reduction in weight which adds miles to the battery life per charge and is easier on the machine as a whole. Battery life is bit better with lithium and it's a heck of a lot easier to remove one 90 lb battery for winter storage than 8 lead acids. Is it necessary? Maybe not to everyone, but to me the increased performance, weight reduction, more time between charges, and the much shorter charge time is worth the extra hundos.