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Hi,
First of all thank you, I have been using SLIDE to simulate degradation data and it has been insightful for our research.
I am using SLIDE in WSL.
I am using the branch SLIDE_v2.
I am only using the following functions in main.cpp (with the default degradation parameter settings and using KokamNMC)
"
estimateOCVparameters();
ProfileAgeing(M, pref, deg, cellType, settings::verbose); // simulates a bunch of drive cycle degradation experiments
"
In degradation.cpp, I only changed the following parameters from default (in ProfileAgeing - see image below) 1 second for the data. I didnt change anything checkup parameters elsewhere.
"
"
After simulating, obtaining results, if I just look at the few discharge cycles data (UDDS 0-100 @ 25), especially current, I integrate them considering nominal capacity, I obtain SoC which seems perfect as below:
However, if I look into whole data, discharge, charge and checkup, I have trouble obtaining SoC, which shows I might have some issues in currents when I integrate them assuming time steps as one seconds. See below, the first 2.5e5 samples.
So my question is, where does this discrepancy comes from ? my assumption of one second ? if yes then what sample time shall I use, or where can I change the sample time for every other entities (checkup, charging) to make sure the SoC is respected.
Or there is something entirely different than onesecond assumption?
Kind regards,
Taranjit
The text was updated successfully, but these errors were encountered:
Hi,
First of all thank you, I have been using SLIDE to simulate degradation data and it has been insightful for our research.
I am using SLIDE in WSL.
I am using the branch SLIDE_v2.
I am only using the following functions in main.cpp (with the default degradation parameter settings and using KokamNMC)
"
estimateOCVparameters();
ProfileAgeing(M, pref, deg, cellType, settings::verbose); // simulates a bunch of drive cycle degradation experiments
"
In degradation.cpp, I only changed the following parameters from default (in ProfileAgeing - see image below) 1 second for the data. I didnt change anything checkup parameters elsewhere.
"
"
After simulating, obtaining results, if I just look at the few discharge cycles data (UDDS 0-100 @ 25), especially current, I integrate them considering nominal capacity, I obtain SoC which seems perfect as below:
However, if I look into whole data, discharge, charge and checkup, I have trouble obtaining SoC, which shows I might have some issues in currents when I integrate them assuming time steps as one seconds. See below, the first 2.5e5 samples.
So my question is, where does this discrepancy comes from ? my assumption of one second ? if yes then what sample time shall I use, or where can I change the sample time for every other entities (checkup, charging) to make sure the SoC is respected.
Or there is something entirely different than onesecond assumption?
Kind regards,
Taranjit
The text was updated successfully, but these errors were encountered: