I was recently speaking with someone about upgrading my Vengeance. I had planned on fitting a more powerful conversion kit to it but if I'm honest I like simply riding a bicycle and pedalling with minimal effort. I'm happy (Not ecstatic) with it's 250w and would prefer to stay within the law.
What I want is more range. I like to roam about when on holiday planning trips to last a whole day and currently am conscious of needing to plan around a 30m max loop. (Range anxiety is a terrible thing).... I was considering one of the Yose Power 36v 20ah batteries and simply wiring it into the existing controller.
I thought as long as I kept the same voltage all would be well with the world and my "O level" physics seemed to back that up.
But after speaking with someone who used lots of big words and totally confused me I am wondering if this is not really a good idea. I had assumed that the voltage was the critical parameter in all of this? The 20ah bit was simply the capacity. (So an obvious improvement over the 8.8 AH battery supplied with the bike from Halfords).
So does my simplistic logic trump his in depth physics lesson?
Am I right or am I missing something here? I don't understand why he seemed to think a 20AH battery running at 36V would destroy my controller any more than am 8.8AH battery running at 36V.
Enquiring minds need to know.
Thanks in advance
TTFN
John.
What I want is more range. I like to roam about when on holiday planning trips to last a whole day and currently am conscious of needing to plan around a 30m max loop. (Range anxiety is a terrible thing).... I was considering one of the Yose Power 36v 20ah batteries and simply wiring it into the existing controller.
36V20Ah/48V15Ah Li-ion E-Bike Battery Electric Bicycle
Original Cell 36V20Ah/48V15Ah Li-ion Battery Electric Bicycle New Black DIY 1.Technical DataVoltage: 36V / 48VCapacity: 20Ah / 15AhEnergy: 740Wh / 721WhWeight(with holder): ca. 4.1kg / 4.0kgCell: High Power 18650Cycle Life(time): 1000+Max Current: 30AProtect Current: 60AEnd Voltage: 28V /...
yosepower.com
I thought as long as I kept the same voltage all would be well with the world and my "O level" physics seemed to back that up.
But after speaking with someone who used lots of big words and totally confused me I am wondering if this is not really a good idea. I had assumed that the voltage was the critical parameter in all of this? The 20ah bit was simply the capacity. (So an obvious improvement over the 8.8 AH battery supplied with the bike from Halfords).
So does my simplistic logic trump his in depth physics lesson?
Am I right or am I missing something here? I don't understand why he seemed to think a 20AH battery running at 36V would destroy my controller any more than am 8.8AH battery running at 36V.
Enquiring minds need to know.
Thanks in advance
TTFN
John.
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