Quote from: anan on Today at 11:18:06Quote from: voltage != capacity on June 20, 2026, 07:53:01Voltage doesn't matter for range, it's the Wh. They could simply connect them in parallel and stay at 48 V.The crux of the "ultra-long range" moniker is not that it relates to range. It masks the fact that it has a higher voltage pack. Basically - long range needs a bigger pack. A bigger pack technically can have higher voltage depending on cell arrangement.
I remember a video of a guy (I think it was somewhere in asia, CN possible) with a, presumably, bike battery in this hand going into an elevator and just before the door closed, the battery exploded.
All of this allows them to sell bikes that are easily modifiable to run on higher voltage and make more power to the wheels.
And the more power you try to draw the more likely you will get a thermal runaway event.
Quote from: voltage != capacity on June 20, 2026, 07:53:01Voltage doesn't matter for range, it's the Wh. They could simply connect them in parallel and stay at 48 V.The crux of the "ultra-long range" moniker is not that it relates to range. It masks the fact that it has a higher voltage pack. Basically - long range needs a bigger pack. A bigger pack technically can have higher voltage depending on cell arrangement.
I remember a video of a guy (I think it was somewhere in asia, CN possible) with a, presumably, bike battery in this hand going into an elevator and just before the door closed, the battery exploded.
QuoteThe national standard for electric bicycle batteries caps them at a 48 V voltage, a limit suitable for densely populated urban areas given the typical casual treatment of batteries by e-bike owners or renters. The repurposed EV cells, however, often blow past that ceiling to be offered by e-bike makers as "ultra-long range" modelsVoltage doesn't matter for range, it's the Wh. They could simply connect them in parallel and stay at 48 V.