Laotie TI30 Landbreaker battery 60V 38.6 Ah
- Thread starter Michael1992
- Start date
Chalo
100 TW
Electrically, no problem. The controller and motor don't care what size the battery is, as long as it can provide at least as much current as they use.
Physically, it will not fit in that scooter. So measure the space the existing battery fits into, and get a replacement that fits into that space.
There's every likelihood that the Aliexpress pack isn't actually 100Ah, even though that's the claim.
Physically, it will not fit in that scooter. So measure the space the existing battery fits into, and get a replacement that fits into that space.
There's every likelihood that the Aliexpress pack isn't actually 100Ah, even though that's the claim.
Chalo is right; if you have a link to the sale page we can look at it to see if it is even possible for it to be what it says (there are a few out there that really are, but quite a lot that aren't).
Either way, if you have to fit the battery into the scooter, you're stuck with one that's close to the same capacity, as it will take more space to give you more capacity.
If you can move the deck up and make a "box" frame to go under it that connectds to the existing frame, you can install a larger battery in the frame under the deck.
If you don't mind carrying the weight around you can put one in a backpack if you secure it and pad it so it won't be damaged and catch on fire when you fall onto it in a crash or whatever.
Based on the riding conditions in the image, you'll probably want to make sure the compartment has good drainage, or is truly waterproofed (really hard to do), as virtually zero batteries are waterproof to even a small degree.
Either way, if you have to fit the battery into the scooter, you're stuck with one that's close to the same capacity, as it will take more space to give you more capacity.
If you can move the deck up and make a "box" frame to go under it that connectds to the existing frame, you can install a larger battery in the frame under the deck.
If you don't mind carrying the weight around you can put one in a backpack if you secure it and pad it so it won't be damaged and catch on fire when you fall onto it in a crash or whatever.
Based on the riding conditions in the image, you'll probably want to make sure the compartment has good drainage, or is truly waterproofed (really hard to do), as virtually zero batteries are waterproof to even a small degree.
Michael1992
1 µW
dear all, thank you for your feedback and informative entries.
I have another concern. My current engines are 2 x 2800 W (front and real wheel) , is there any technical possibility to replace both of them with 2 x engine 4000W ? The scooter is 60 V . Do I need to consider buying a new controller to make sure that the performance will be highest ? The ready engines with installed tire on it, can be easily purchased on the Aliexpress or Alibaba
I have another concern. My current engines are 2 x 2800 W (front and real wheel) , is there any technical possibility to replace both of them with 2 x engine 4000W ? The scooter is 60 V . Do I need to consider buying a new controller to make sure that the performance will be highest ? The ready engines with installed tire on it, can be easily purchased on the Aliexpress or Alibaba
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The motor just translates what's available from the controller into motion.
If the controller can't provide more power, a more powerful motor doesn't do much, or anything, other than potentially heating up less for the same load vs a smaller one.
A bigger controller can only provide the power if the battery is able to provide it, so you also have to have a battery capable of the power you want the system to have.
Whether any of that power actually gets used depends on the load you put on the system, so if your terrain, speed, etc don't need that much power, it won't change much to have bigger motors, controllers, and batteries, other than to empty your wallet faster.
You can use calculators and simulators like those at ebikes.ca in the tools section to find out how much power it should take to do the job you need the system to do for you under your specific riding conditions.
Also, a more powerful system uses the battery capacity faster, so you then need a bigger battery to provide all that power for the range you need. The bigger battery is heavier, so it takes more power to move it; at some point you get to a scooter the size of a car that cant' even move under it's own power anymore.
If the controller can't provide more power, a more powerful motor doesn't do much, or anything, other than potentially heating up less for the same load vs a smaller one.
A bigger controller can only provide the power if the battery is able to provide it, so you also have to have a battery capable of the power you want the system to have.
Whether any of that power actually gets used depends on the load you put on the system, so if your terrain, speed, etc don't need that much power, it won't change much to have bigger motors, controllers, and batteries, other than to empty your wallet faster.
You can use calculators and simulators like those at ebikes.ca in the tools section to find out how much power it should take to do the job you need the system to do for you under your specific riding conditions.
Also, a more powerful system uses the battery capacity faster, so you then need a bigger battery to provide all that power for the range you need. The bigger battery is heavier, so it takes more power to move it; at some point you get to a scooter the size of a car that cant' even move under it's own power anymore.
