yes that's the way to do it, I mean even you fail still a result is a result considered good or bad, atleast you can make some outcomes out of it, let me know about your process, that would be interesting :cool:?
thanks for the suggestion however at the moment I don't want to include the temp factor yet as it will get more complicated(I know temp can be ignored), atm I am doing my test at room temp (25C).
in the industry what I know is that temp sensors are mounted in the middle of every 4th cell for a...
he said for charging we do calculate using the formula which is nothing diff but for discharging we don't bother using formula but instead, we assume it to be 100% and as for the formula part, if you are really curious then here is research paper that I am following. you can have a look at it :)
usually I have read that for Lfp self-discharge over a month is 3-5% so in this case how can one account for this in our meter readings?
Soc reading - (3%/30days = 0.003% per day ) is it correct ?
just to clear I am after SOC calculation and want to know what effect the CE and Peukert has got into it. the more effects are taken into consideration the more accurate I can be in estimation
thank you for the correction so if I decide to lets sat do 5 cycles complete chg / dchg on 0.1C
then 0.2C ... all the way to 1C with increments of 0.1 here .. later have them averaged and put them in a table so I know if the battery is in this rate I choose that respective value of CE. would...