Checklist
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Description
In #1263 state-of-charge was introduced. It seems this has supplanted the "filled to full" flag entirely. This is unfortunately contrary to my usage reality with an LFP-based EV. The manufacturer demands 100% charges regularly and SOC percentages can fluctuate wildly in regards to actual usage.
I'd request that the use of SOC-based or "classic" 100%-based calculations be left to the user. Even putting in 0-100% doesn't work, because the fancy logic makes up consumption in this case.
I have been tracking all my charges in "Car Expenses" before and they have worked flawlessly, because I have to go to 100% regularly anyway. I do not have information on SoC and don't really intend to track it either, because it is unfortunately fairly meaningless on my vehicle. I understand the fancy estimates from SoC being nice when you never charge your car to 100% like NMC users tend to do, but it doesn't apply to the LFP use case, classic 'simple' math works perfectly there.
Acknowledgment
Checklist
Please make sure you have performed the following steps before submitting a new feature request, change
[ ]to[x]to mark it as doneDescription
In #1263 state-of-charge was introduced. It seems this has supplanted the "filled to full" flag entirely. This is unfortunately contrary to my usage reality with an LFP-based EV. The manufacturer demands 100% charges regularly and SOC percentages can fluctuate wildly in regards to actual usage.
I'd request that the use of SOC-based or "classic" 100%-based calculations be left to the user. Even putting in 0-100% doesn't work, because the fancy logic makes up consumption in this case.
I have been tracking all my charges in "Car Expenses" before and they have worked flawlessly, because I have to go to 100% regularly anyway. I do not have information on SoC and don't really intend to track it either, because it is unfortunately fairly meaningless on my vehicle. I understand the fancy estimates from SoC being nice when you never charge your car to 100% like NMC users tend to do, but it doesn't apply to the LFP use case, classic 'simple' math works perfectly there.
Acknowledgment