2024-09-25-sei-c-rate.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import pybamm\n",
    "import matplotlib.pyplot as plt"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Initial inner SEI thickness [m]\t2.5e-09\n",
      "Initial outer SEI thickness [m]\t2.5e-09\n",
      "Inner SEI electron conductivity [S.m-1]\t8.95e-14\n",
      "Inner SEI lithium interstitial diffusivity [m2.s-1]\t1e-20\n",
      "Inner SEI open-circuit potential [V]\t0.1\n",
      "Inner SEI partial molar volume [m3.mol-1]\t9.585e-05\n",
      "Inner SEI reaction proportion\t0.5\n",
      "Outer SEI open-circuit potential [V]\t0.8\n",
      "Outer SEI partial molar volume [m3.mol-1]\t9.585e-05\n",
      "Outer SEI solvent diffusivity [m2.s-1]\t2.5000000000000002e-22\n",
      "Ratio of lithium moles to SEI moles\t2.0\n",
      "SEI growth activation energy [J.mol-1]\t0.0\n",
      "SEI kinetic rate constant [m.s-1]\t1e-12\n",
      "SEI open-circuit potential [V]\t0.4\n",
      "SEI reaction exchange current density [A.m-2]\t1.5e-07\n",
      "SEI resistivity [Ohm.m]\t200000.0\n"
     ]
    }
   ],
   "source": [
    "parameter_values.search(\"SEI\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "2024-09-25 13:04:26.396 - [NOTICE] logger.func(7): Cycle 1/1000 (54.208 us elapsed) --------------------\n",
      "2024-09-25 13:04:26.396 - [NOTICE] logger.func(7): Cycle 1/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.423 - [NOTICE] logger.func(7): Cycle 1/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.441 - [NOTICE] logger.func(7): Cycle 1/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.468 - [NOTICE] logger.func(7): Cycle 1/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.503 - [NOTICE] logger.func(7): Cycle 1/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.558 - [NOTICE] logger.func(7): Capacity is now 4.782 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.558 - [NOTICE] logger.func(7): Cycle 2/1000 (162.846 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.559 - [NOTICE] logger.func(7): Cycle 2/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.564 - [NOTICE] logger.func(7): Cycle 2/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.567 - [NOTICE] logger.func(7): Cycle 2/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.572 - [NOTICE] logger.func(7): Cycle 2/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.576 - [NOTICE] logger.func(7): Cycle 2/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.586 - [NOTICE] logger.func(7): Capacity is now 4.586 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.587 - [NOTICE] logger.func(7): Cycle 3/1000 (191.244 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.587 - [NOTICE] logger.func(7): Cycle 3/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.592 - [NOTICE] logger.func(7): Cycle 3/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.594 - [NOTICE] logger.func(7): Cycle 3/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.599 - [NOTICE] logger.func(7): Cycle 3/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.604 - [NOTICE] logger.func(7): Cycle 3/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.614 - [NOTICE] logger.func(7): Capacity is now 4.437 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.615 - [NOTICE] logger.func(7): Cycle 4/1000 (219.298 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.615 - [NOTICE] logger.func(7): Cycle 4/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.620 - [NOTICE] logger.func(7): Cycle 4/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.622 - [NOTICE] logger.func(7): Cycle 4/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.626 - [NOTICE] logger.func(7): Cycle 4/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.631 - [NOTICE] logger.func(7): Cycle 4/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.641 - [NOTICE] logger.func(7): Capacity is now 4.313 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.642 - [NOTICE] logger.func(7): Cycle 5/1000 (246.176 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.642 - [NOTICE] logger.func(7): Cycle 5/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.646 - [NOTICE] logger.func(7): Cycle 5/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.650 - [NOTICE] logger.func(7): Cycle 5/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.655 - [NOTICE] logger.func(7): Cycle 5/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.689 - [NOTICE] logger.func(7): Cycle 5/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.706 - [NOTICE] logger.func(7): Capacity is now 4.204 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.706 - [NOTICE] logger.func(7): Cycle 6/1000 (310.636 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.706 - [NOTICE] logger.func(7): Cycle 6/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.711 - [NOTICE] logger.func(7): Cycle 6/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.715 - [NOTICE] logger.func(7): Cycle 6/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.719 - [NOTICE] logger.func(7): Cycle 6/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.724 - [NOTICE] logger.func(7): Cycle 6/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.737 - [NOTICE] logger.func(7): Capacity is now 4.107 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.737 - [NOTICE] logger.func(7): Cycle 7/1000 (341.411 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.737 - [NOTICE] logger.func(7): Cycle 7/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.742 - [NOTICE] logger.func(7): Cycle 7/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.745 - [NOTICE] logger.func(7): Cycle 7/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.750 - [NOTICE] logger.func(7): Cycle 7/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.754 - [NOTICE] logger.func(7): Cycle 7/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.766 - [NOTICE] logger.func(7): Capacity is now 4.018 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.766 - [NOTICE] logger.func(7): Cycle 8/1000 (370.505 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.766 - [NOTICE] logger.func(7): Cycle 8/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.771 - [NOTICE] logger.func(7): Cycle 8/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.775 - [NOTICE] logger.func(7): Cycle 8/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.779 - [NOTICE] logger.func(7): Cycle 8/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.785 - [NOTICE] logger.func(7): Cycle 8/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.795 - [NOTICE] logger.func(7): Capacity is now 3.936 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.796 - [NOTICE] logger.func(7): Cycle 9/1000 (400.444 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.796 - [NOTICE] logger.func(7): Cycle 9/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.801 - [NOTICE] logger.func(7): Cycle 9/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.805 - [NOTICE] logger.func(7): Cycle 9/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.809 - [NOTICE] logger.func(7): Cycle 9/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.814 - [NOTICE] logger.func(7): Cycle 9/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.826 - [NOTICE] logger.func(7): Capacity is now 3.860 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:26.827 - [NOTICE] logger.func(7): Cycle 10/1000 (431.341 ms elapsed) --------------------\n",
      "2024-09-25 13:04:26.827 - [NOTICE] logger.func(7): Cycle 10/1000, step 1/5: Step(0.5, duration=14400.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a26875d0>], direction=Discharge)\n",
      "2024-09-25 13:04:26.832 - [NOTICE] logger.func(7): Cycle 10/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.836 - [NOTICE] logger.func(7): Cycle 10/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a48b53d0>], direction=Charge)\n",
      "2024-09-25 13:04:26.840 - [NOTICE] logger.func(7): Cycle 10/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a79aecd0>])\n",
      "2024-09-25 13:04:26.845 - [NOTICE] logger.func(7): Cycle 10/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:26.856 - [NOTICE] logger.func(7): Stopping experiment since capacity (3.789 Ah) is below stopping capacity (3.825 Ah).\n",
      "2024-09-25 13:04:26.857 - [NOTICE] logger.func(7): Finish experiment simulation, took 460.787 ms\n",
      "2024-09-25 13:04:27.379 - [NOTICE] logger.func(7): Cycle 1/1000 (21.750 us elapsed) --------------------\n",
      "2024-09-25 13:04:27.379 - [NOTICE] logger.func(7): Cycle 1/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.404 - [NOTICE] logger.func(7): Cycle 1/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.421 - [NOTICE] logger.func(7): Cycle 1/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.449 - [NOTICE] logger.func(7): Cycle 1/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.481 - [NOTICE] logger.func(7): Cycle 1/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.529 - [NOTICE] logger.func(7): Capacity is now 4.782 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.529 - [NOTICE] logger.func(7): Cycle 2/1000 (150.411 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.530 - [NOTICE] logger.func(7): Cycle 2/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.535 - [NOTICE] logger.func(7): Cycle 2/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.538 - [NOTICE] logger.func(7): Cycle 2/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.542 - [NOTICE] logger.func(7): Cycle 2/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.547 - [NOTICE] logger.func(7): Cycle 2/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.557 - [NOTICE] logger.func(7): Capacity is now 4.627 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.557 - [NOTICE] logger.func(7): Cycle 3/1000 (178.374 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.558 - [NOTICE] logger.func(7): Cycle 3/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.562 - [NOTICE] logger.func(7): Cycle 3/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.565 - [NOTICE] logger.func(7): Cycle 3/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.570 - [NOTICE] logger.func(7): Cycle 3/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.574 - [NOTICE] logger.func(7): Cycle 3/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.585 - [NOTICE] logger.func(7): Capacity is now 4.505 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.585 - [NOTICE] logger.func(7): Cycle 4/1000 (206.428 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.586 - [NOTICE] logger.func(7): Cycle 4/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.590 - [NOTICE] logger.func(7): Cycle 4/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.593 - [NOTICE] logger.func(7): Cycle 4/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.598 - [NOTICE] logger.func(7): Cycle 4/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.603 - [NOTICE] logger.func(7): Cycle 4/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.613 - [NOTICE] logger.func(7): Capacity is now 4.400 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.613 - [NOTICE] logger.func(7): Cycle 5/1000 (234.167 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.613 - [NOTICE] logger.func(7): Cycle 5/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.627 - [NOTICE] logger.func(7): Cycle 5/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.630 - [NOTICE] logger.func(7): Cycle 5/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.635 - [NOTICE] logger.func(7): Cycle 5/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.639 - [NOTICE] logger.func(7): Cycle 5/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.650 - [NOTICE] logger.func(7): Capacity is now 4.308 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.650 - [NOTICE] logger.func(7): Cycle 6/1000 (271.289 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.650 - [NOTICE] logger.func(7): Cycle 6/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.655 - [NOTICE] logger.func(7): Cycle 6/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.658 - [NOTICE] logger.func(7): Cycle 6/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.662 - [NOTICE] logger.func(7): Cycle 6/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.667 - [NOTICE] logger.func(7): Cycle 6/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.677 - [NOTICE] logger.func(7): Capacity is now 4.225 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.677 - [NOTICE] logger.func(7): Cycle 7/1000 (298.439 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.678 - [NOTICE] logger.func(7): Cycle 7/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.683 - [NOTICE] logger.func(7): Cycle 7/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.686 - [NOTICE] logger.func(7): Cycle 7/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.690 - [NOTICE] logger.func(7): Cycle 7/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.694 - [NOTICE] logger.func(7): Cycle 7/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.734 - [NOTICE] logger.func(7): Capacity is now 4.148 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.736 - [NOTICE] logger.func(7): Cycle 8/1000 (357.444 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.737 - [NOTICE] logger.func(7): Cycle 8/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.745 - [NOTICE] logger.func(7): Cycle 8/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.749 - [NOTICE] logger.func(7): Cycle 8/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.753 - [NOTICE] logger.func(7): Cycle 8/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.758 - [NOTICE] logger.func(7): Cycle 8/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.769 - [NOTICE] logger.func(7): Capacity is now 4.078 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.769 - [NOTICE] logger.func(7): Cycle 9/1000 (389.952 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.769 - [NOTICE] logger.func(7): Cycle 9/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.774 - [NOTICE] logger.func(7): Cycle 9/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.777 - [NOTICE] logger.func(7): Cycle 9/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.781 - [NOTICE] logger.func(7): Cycle 9/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.787 - [NOTICE] logger.func(7): Cycle 9/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.797 - [NOTICE] logger.func(7): Capacity is now 4.012 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.797 - [NOTICE] logger.func(7): Cycle 10/1000 (418.143 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.797 - [NOTICE] logger.func(7): Cycle 10/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.803 - [NOTICE] logger.func(7): Cycle 10/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.806 - [NOTICE] logger.func(7): Cycle 10/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.810 - [NOTICE] logger.func(7): Cycle 10/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.815 - [NOTICE] logger.func(7): Cycle 10/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.825 - [NOTICE] logger.func(7): Capacity is now 3.949 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.826 - [NOTICE] logger.func(7): Cycle 11/1000 (446.770 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.826 - [NOTICE] logger.func(7): Cycle 11/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.831 - [NOTICE] logger.func(7): Cycle 11/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.834 - [NOTICE] logger.func(7): Cycle 11/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.839 - [NOTICE] logger.func(7): Cycle 11/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.843 - [NOTICE] logger.func(7): Cycle 11/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.854 - [NOTICE] logger.func(7): Capacity is now 3.890 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.854 - [NOTICE] logger.func(7): Cycle 12/1000 (475.322 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.854 - [NOTICE] logger.func(7): Cycle 12/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.859 - [NOTICE] logger.func(7): Cycle 12/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.862 - [NOTICE] logger.func(7): Cycle 12/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.866 - [NOTICE] logger.func(7): Cycle 12/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.871 - [NOTICE] logger.func(7): Cycle 12/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.881 - [NOTICE] logger.func(7): Capacity is now 3.834 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:27.881 - [NOTICE] logger.func(7): Cycle 13/1000 (502.226 ms elapsed) --------------------\n",
      "2024-09-25 13:04:27.881 - [NOTICE] logger.func(7): Cycle 13/1000, step 1/5: Step(1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a23c3710>], direction=Discharge)\n",
      "2024-09-25 13:04:27.887 - [NOTICE] logger.func(7): Cycle 13/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.890 - [NOTICE] logger.func(7): Cycle 13/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x17eef0650>], direction=Charge)\n",
      "2024-09-25 13:04:27.895 - [NOTICE] logger.func(7): Cycle 13/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a5f19950>])\n",
      "2024-09-25 13:04:27.899 - [NOTICE] logger.func(7): Cycle 13/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:27.909 - [NOTICE] logger.func(7): Stopping experiment since capacity (3.780 Ah) is below stopping capacity (3.825 Ah).\n",
      "2024-09-25 13:04:27.910 - [NOTICE] logger.func(7): Finish experiment simulation, took 530.187 ms\n",
      "2024-09-25 13:04:28.266 - [NOTICE] logger.func(7): Cycle 1/1000 (24.916 us elapsed) --------------------\n",
      "2024-09-25 13:04:28.266 - [NOTICE] logger.func(7): Cycle 1/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.291 - [NOTICE] logger.func(7): Cycle 1/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.308 - [NOTICE] logger.func(7): Cycle 1/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.336 - [NOTICE] logger.func(7): Cycle 1/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.369 - [NOTICE] logger.func(7): Cycle 1/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.415 - [NOTICE] logger.func(7): Capacity is now 4.782 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.416 - [NOTICE] logger.func(7): Cycle 2/1000 (149.867 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.416 - [NOTICE] logger.func(7): Cycle 2/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.420 - [NOTICE] logger.func(7): Cycle 2/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.423 - [NOTICE] logger.func(7): Cycle 2/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.427 - [NOTICE] logger.func(7): Cycle 2/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.432 - [NOTICE] logger.func(7): Cycle 2/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.443 - [NOTICE] logger.func(7): Capacity is now 4.643 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.443 - [NOTICE] logger.func(7): Cycle 3/1000 (177.085 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.443 - [NOTICE] logger.func(7): Cycle 3/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.448 - [NOTICE] logger.func(7): Cycle 3/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.451 - [NOTICE] logger.func(7): Cycle 3/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.456 - [NOTICE] logger.func(7): Cycle 3/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.460 - [NOTICE] logger.func(7): Cycle 3/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.471 - [NOTICE] logger.func(7): Capacity is now 4.532 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.471 - [NOTICE] logger.func(7): Cycle 4/1000 (205.340 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.471 - [NOTICE] logger.func(7): Cycle 4/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.476 - [NOTICE] logger.func(7): Cycle 4/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.479 - [NOTICE] logger.func(7): Cycle 4/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.483 - [NOTICE] logger.func(7): Cycle 4/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.488 - [NOTICE] logger.func(7): Cycle 4/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.497 - [NOTICE] logger.func(7): Capacity is now 4.436 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.498 - [NOTICE] logger.func(7): Cycle 5/1000 (231.874 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.498 - [NOTICE] logger.func(7): Cycle 5/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.503 - [NOTICE] logger.func(7): Cycle 5/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.506 - [NOTICE] logger.func(7): Cycle 5/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.510 - [NOTICE] logger.func(7): Cycle 5/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.515 - [NOTICE] logger.func(7): Cycle 5/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.526 - [NOTICE] logger.func(7): Capacity is now 4.350 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.526 - [NOTICE] logger.func(7): Cycle 6/1000 (260.073 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.526 - [NOTICE] logger.func(7): Cycle 6/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.531 - [NOTICE] logger.func(7): Cycle 6/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.554 - [NOTICE] logger.func(7): Cycle 6/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.568 - [NOTICE] logger.func(7): Cycle 6/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.580 - [NOTICE] logger.func(7): Cycle 6/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.591 - [NOTICE] logger.func(7): Capacity is now 4.272 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.591 - [NOTICE] logger.func(7): Cycle 7/1000 (325.683 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.592 - [NOTICE] logger.func(7): Cycle 7/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.596 - [NOTICE] logger.func(7): Cycle 7/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.600 - [NOTICE] logger.func(7): Cycle 7/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.604 - [NOTICE] logger.func(7): Cycle 7/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.609 - [NOTICE] logger.func(7): Cycle 7/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.621 - [NOTICE] logger.func(7): Capacity is now 4.201 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.621 - [NOTICE] logger.func(7): Cycle 8/1000 (355.188 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.621 - [NOTICE] logger.func(7): Cycle 8/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.626 - [NOTICE] logger.func(7): Cycle 8/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.630 - [NOTICE] logger.func(7): Cycle 8/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.636 - [NOTICE] logger.func(7): Cycle 8/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.641 - [NOTICE] logger.func(7): Cycle 8/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.654 - [NOTICE] logger.func(7): Capacity is now 4.134 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.655 - [NOTICE] logger.func(7): Cycle 9/1000 (388.941 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.655 - [NOTICE] logger.func(7): Cycle 9/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.660 - [NOTICE] logger.func(7): Cycle 9/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.663 - [NOTICE] logger.func(7): Cycle 9/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.668 - [NOTICE] logger.func(7): Cycle 9/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.672 - [NOTICE] logger.func(7): Cycle 9/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.686 - [NOTICE] logger.func(7): Capacity is now 4.071 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.687 - [NOTICE] logger.func(7): Cycle 10/1000 (420.760 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.687 - [NOTICE] logger.func(7): Cycle 10/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.692 - [NOTICE] logger.func(7): Cycle 10/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.694 - [NOTICE] logger.func(7): Cycle 10/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.699 - [NOTICE] logger.func(7): Cycle 10/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.705 - [NOTICE] logger.func(7): Cycle 10/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.717 - [NOTICE] logger.func(7): Capacity is now 4.012 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.717 - [NOTICE] logger.func(7): Cycle 11/1000 (451.545 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.718 - [NOTICE] logger.func(7): Cycle 11/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.722 - [NOTICE] logger.func(7): Cycle 11/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.725 - [NOTICE] logger.func(7): Cycle 11/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.729 - [NOTICE] logger.func(7): Cycle 11/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.734 - [NOTICE] logger.func(7): Cycle 11/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.747 - [NOTICE] logger.func(7): Capacity is now 3.956 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.747 - [NOTICE] logger.func(7): Cycle 12/1000 (481.427 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.748 - [NOTICE] logger.func(7): Cycle 12/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.753 - [NOTICE] logger.func(7): Cycle 12/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.756 - [NOTICE] logger.func(7): Cycle 12/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.761 - [NOTICE] logger.func(7): Cycle 12/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.765 - [NOTICE] logger.func(7): Cycle 12/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.775 - [NOTICE] logger.func(7): Capacity is now 3.902 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.776 - [NOTICE] logger.func(7): Cycle 13/1000 (509.811 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.776 - [NOTICE] logger.func(7): Cycle 13/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.780 - [NOTICE] logger.func(7): Cycle 13/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.784 - [NOTICE] logger.func(7): Cycle 13/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.788 - [NOTICE] logger.func(7): Cycle 13/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.792 - [NOTICE] logger.func(7): Cycle 13/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.804 - [NOTICE] logger.func(7): Capacity is now 3.850 Ah (originally 4.782 Ah, will stop at 3.825 Ah)\n",
      "2024-09-25 13:04:28.804 - [NOTICE] logger.func(7): Cycle 14/1000 (538.568 ms elapsed) --------------------\n",
      "2024-09-25 13:04:28.805 - [NOTICE] logger.func(7): Cycle 14/1000, step 1/5: Step(2, duration=3600.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x2a5ce6f50>], direction=Discharge)\n",
      "2024-09-25 13:04:28.809 - [NOTICE] logger.func(7): Cycle 14/1000, step 2/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.812 - [NOTICE] logger.func(7): Cycle 14/1000, step 3/5: Step(-1, duration=7200.0, termination=[<pybamm.experiment.step.step_termination.VoltageTermination object at 0x28608e190>], direction=Charge)\n",
      "2024-09-25 13:04:28.816 - [NOTICE] logger.func(7): Cycle 14/1000, step 4/5: Step(4.2, duration=86400, termination=[<pybamm.experiment.step.step_termination.CrateTermination object at 0x2a2471950>])\n",
      "2024-09-25 13:04:28.821 - [NOTICE] logger.func(7): Cycle 14/1000, step 5/5: Step(0, duration=1800, direction=Rest)\n",
      "2024-09-25 13:04:28.837 - [NOTICE] logger.func(7): Stopping experiment since capacity (3.800 Ah) is below stopping capacity (3.825 Ah).\n",
      "2024-09-25 13:04:28.838 - [NOTICE] logger.func(7): Finish experiment simulation, took 570.969 ms\n"
     ]
    }
   ],
   "source": [
    "model = pybamm.lithium_ion.SPM({\"SEI\": \"ec reaction limited\"})\n",
    "parameter_values = pybamm.ParameterValues(\"Mohtat2020\")\n",
    "parameter_values.update({\"SEI kinetic rate constant [m.s-1]\": 1e-13})\n",
    "\n",
    "\n",
    "def cycle(c_rate):\n",
    "    return [\n",
    "        (\n",
    "            pybamm.step.c_rate(c_rate, termination=\"2.5V\"),\n",
    "            pybamm.step.c_rate(0, duration=60 * 30),\n",
    "            pybamm.step.c_rate(-1, termination=\"4.2V\"),\n",
    "            pybamm.step.voltage(4.2, termination=\"0.05C\"),\n",
    "            pybamm.step.c_rate(0, duration=60 * 30),\n",
    "        )\n",
    "    ]\n",
    "\n",
    "\n",
    "experiment = []\n",
    "sols = {}\n",
    "pybamm.set_logging_level(\"NOTICE\")\n",
    "for c_rate in [1 / 2, 1, 2]:\n",
    "    experiment = cycle(c_rate) * 1000\n",
    "    experiment = pybamm.Experiment(experiment, termination=\"80% capacity\")\n",
    "    solver = pybamm.IDAKLUSolver()\n",
    "    sim = pybamm.Simulation(\n",
    "        model, parameter_values=parameter_values, experiment=experiment, solver=solver\n",
    "    )\n",
    "    sol = sim.solve()\n",
    "    sols[c_rate] = sol"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 600x400 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig, axes = plt.subplots(1,2, figsize=(6,4),sharey=True)\n",
    "for c_rate, sol in sols.items():\n",
    "    cycle_numbers = sol.summary_variables[\"Cycle number\"] * 100\n",
    "    time = sol.summary_variables[\"Time [s]\"] / 3600 / 24 * 100\n",
    "    capacities = sol.summary_variables[\"Capacity [A.h]\"]\n",
    "    axes[0].plot(cycle_numbers, capacities, label=f\"{c_rate}C\")\n",
    "    axes[1].plot(time, capacities)\n",
    "axes[0].set_xlabel(\"Cycle number\")\n",
    "axes[0].set_ylabel(\"Capacity [A.h]\")\n",
    "axes[1].set_xlabel(\"Time [days]\")\n",
    "for ax in axes:\n",
    "    ax.grid(alpha=0.5)\n",
    "axes[0].legend()\n",
    "fig.tight_layout()\n",
    "plt.savefig(\"figures/sei-c-rate.png\", dpi=300)\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "pybamm",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.11.9"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}