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cells.py
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cells.py
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'''
This file contains the cells.
Each cell has static information in a dictionary
'''
############## Cylindric Cells ############################################
# Lain2019
housing_thickness = 0.2
samsung_25R = {
"name":"Samsung_25R",
"type": "18650",
"design": "capacity",
"cat-chem":"NCA+NMC622",
"an-chem":"graphite-si",
"capacity": 2.57, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.2, # unklar
"specific_capacity_paper": 0.179, # Ah/g
"ease_packaging_factor": 1.05,
"D0": 4 * 10**-3,
"D1": 18 * 10**-3,
"l": 65 * 10**-3,
"l_jellyroll": (60-housing_thickness)* 10**-3,
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio":{
# "activematerial": 0.9,
# "binder": 0.05,
# "carbon": 0.05
# },
"cat_activematerial": 0.9,
"cat_binder": 0.05,
"cat_conductivecarbon": 0.05,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.09,
"an_porosity": 0.2,
"cu" : 10 * 10**-6,
"an" : 43 * 10**-6,
"sep" :10 * 10**-6,
"cat": 38 * 10**-6,
"al" : 14 * 10**-6,
"sep2" :10 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 43.8
}
samsung_48G = {
"name":"Samsung_48G",
"type": "21700",
"design": "capacity",
"cat-chem":"NCA",
"an-chem":"graphite-si",
"capacity": 4.838, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.1,
# "specific_capacity_paper": 0.199, # Ah/g
"ease_packaging_factor": 1,
"D0": 4 * 10**-3,
"D1": 21 * 10**-3,
"l": 70 * 10**-3,
"l_jellyroll": (65-(housing_thickness))* 10**-3,
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.96,
# "binder": 0.02,
# "carbon": 0.02
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.13,
"an_porosity": 0.22,
"cu" : 10 * 10**-6,
"an" : 85 * 10**-6,
"sep" : 8 * 10**-6,
"cat": 71 * 10**-6,
"al" : 12 * 10**-6,
"sep2" :8 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 67.4
}
samsung_30Q = {
"name":"samsung_30Q",
"type": "18650",
"design": "capacity",
"cat-chem":"NCA",
"an-chem":"graphite-si",
"capacity": 3, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.1,
# "specific_capacity_paper": 0.199, # Ah/g
"ease_packaging_factor": 1.1,
"D0": 4 * 10**-3,
"D1": 18 * 10**-3,
"l": 65 * 10**-3,
"l_jellyroll": (65-(housing_thickness))* 10**-3,
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.96,
# "binder": 0.02,
# "carbon": 0.02
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.09,
"an_porosity": 0.25,
"cu" : 10 * 10**-6,
"an" : 45 * 10**-6,
"sep" : 8 * 10**-6,
"cat": 44 * 10**-6,
"al" : 14 * 10**-6,
"sep2" :8 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 45.8
}
sony_VTC5A = {
"name":"sony_VTC5A",
"type": "18650",
"design":"power",
"cat-chem":"NCA",
"an-chem":"graphite-si",
"capacity": 2.5, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.1,
# "specific_capacity_paper": 0.199, # Ah/g
"ease_packaging_factor": 1.1,
"D0": 4 * 10**-3,
"D1": 18 * 10**-3,
"l": 65 * 10**-3,
"l_jellyroll": (65-(housing_thickness))* 10**-3,
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.96,
# "binder": 0.02,
# "carbon": 0.02
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.13,
"an_porosity": 0.27,
"cu" : 14 * 10**-6,
"an" : 47 * 10**-6,
"sep" : 8 * 10**-6,
"cat": 43 * 10**-6,
"al" : 15 * 10**-6,
"sep2" :8 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 47.9
}
sony_VTC6 = {
"name":"sony_VTC6",
"type": "18650",
"design": "capacity",
"cat-chem":"NCA",
"an-chem":"graphite-si",
"capacity": 3, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.1,
# "specific_capacity_paper": 0.199, # Ah/g
"ease_packaging_factor": 1.1,
"D0": 4 * 10**-3,
"D1": 18 * 10**-3,
"l": 65 * 10**-3,
"l_jellyroll": (65-(housing_thickness))* 10**-3,
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.15,
"an_porosity": 0.38,
"cu" : 10 * 10**-6,
"an" : 53 * 10**-6,
"sep" : 7 * 10**-6,
"cat": 52 * 10**-6,
"al" : 12 * 10**-6,
"sep2" :7 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 46.9
}
A123={
"name":"A123",
"type": "18650",
"design":"power",
"cat-chem": "LFP",
"an-chem": "graphite",
"capacity": 1.1, # Ah
"anode_overhang": 1.1,
"specific_capacity_paper": 0.116, # aus paper: 0.116,
"factor_more_capacity_cathode": 1.7,
"ease_packaging_factor": 1.02,
"D0": 4 * 10 ** -3,
"D1": 18 * 10 ** -3,
"l": 65 * 10 ** -3,
"l_jellyroll": (60 - 2 * housing_thickness) * 10 ** -3,
"housing_thickness": housing_thickness * 10 ** -3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.79,
# "binder": 0.11,
# "carbon": 0.10
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.26,
"an_porosity": 0.25,
"cu": 10 * 10 ** -6,
"an": 36 * 10 ** -6,
"sep": 18 * 10 ** -6,
"cat": 81 * 10 ** -6,
"al": 19 * 10 ** -6,
"sep2": 18 * 10 ** -6,
"buffer": 0 * 10 ** -6,
"total_mass": 39.8
}
LG_HB4={
"name":"LG_HB4",
"type": "18650",
"design":"power",
"cat-chem": "NMC111",
"an-chem": "graphite",
"capacity": 1.5, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.4,
# "specific_capacity_paper": 0.160, #Ah/g
"ease_packaging_factor": 1.15, #1.15,
"D0": 4 * 10 ** -3,
"D1": 18 * 10 ** -3,
"l": 65 * 10 ** -3,
"l_jellyroll": (60 - 2 * housing_thickness) * 10 ** -3,
"housing_thickness": housing_thickness * 10 ** -3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.96,
# "binder": 0.02,
# "carbon": 0.02
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.26,
"an_porosity": 0.24,
"cu": 15 * 10 ** -6,
"an": 43 * 10 ** -6,
"sep": 10 * 10 ** -6,
"cat": 50 * 10 ** -6,
"al": 25 * 10 ** -6,
"sep2": 10 * 10 ** -6,
"buffer": 0 * 10 ** -6,
"total_mass": 43.1
}
LG_HB2={
"name":"LG_HB2",
"type": "18650",
"design":"power",
"cat-chem": "NMC532",
"an-chem": "graphite",
"capacity": 1.5, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.4,
# "specific_capacity_paper": 0.160, #Ah/g
"ease_packaging_factor": 1.15, #1.15,
"D0": 4 * 10 ** -3,
"D1": 18 * 10 ** -3,
"l": 65 * 10 ** -3,
"l_jellyroll": (60 - 2 * housing_thickness) * 10 ** -3,
"housing_thickness": housing_thickness * 10 ** -3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.96,
# "binder": 0.02,
# "carbon": 0.02
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.28,
"an_porosity": 0.23,
"cu": 15 * 10 ** -6,
"an": 44 * 10 ** -6,
"sep": 10 * 10 ** -6,
"cat": 43 * 10 ** -6,
"al": 27 * 10 ** -6,
"sep2": 10 * 10 ** -6,
"buffer": 0 * 10 ** -6,
"total_mass": 43.1
}
LG_HG2={
"name":"LG_HG2",
"type": "18650",
"design": "capacity",
"cat-chem": "NMC811",
"an-chem": "graphite-si",
"capacity": 3, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode": 1.05,
# "specific_capacity_paper": 0.160, #Ah/g
"ease_packaging_factor": 1.04, #1.15,
"D0": 4 * 10 ** -3,
"D1": 18 * 10 ** -3,
"l": 65 * 10 ** -3,
"l_jellyroll": (60 - 2 * housing_thickness) * 10 ** -3,
"housing_thickness": housing_thickness * 10 ** -3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.96,
# "binder": 0.02,
# "carbon": 0.02
# },
"cat_activematerial": 0.96,
"cat_binder": 0.02,
"cat_conductivecarbon": 0.02,
"an_activematerial": 0.96,
"an_binder": 0.02,
"an_conductivecarbon": 0.02,
"cat_porosity": 0.17,
"an_porosity": 0.25,
"cu": 10 * 10 ** -6,
"an": 55 * 10 ** -6,
"sep": 10 * 10 ** -6,
"cat": 52 * 10 ** -6,
"al": 10 * 10 ** -6,
"sep2": 10 * 10 ** -6,
"buffer": 0 * 10 ** -6,
"total_mass": 44.8
}
#####################################################################
########### Prismatic cells #########################################
# _____________
# .-` - + .H`|
# |-----B-----| |
# | L |
# | | |
# |-----------|.-`
housing_thickness = 0.5
PHEV2 = { # From Liebig2019
"name":"PHEV2",
"type": "prismatic",
"design": "power",
"structure": "stack",
"cat-chem":"NMC111",
"an-chem":"graphite",
"capacity": 40, # Ah
"anode_overhang": 1.011,
"specific_capacity_paper": 0.160,
"factor_more_capacity_cathode":1.7, # Geschätzt aus Liebig2019
"h": 0.0265, # measure PHEV2 from Hettesheimer2017 depth
"l": 0.091, #m width
"b": 0.148 , #m length (2D height)
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio":{
# "activematerial": 0.9,
# "binder": 0.05,
# "carbon": 0.05
# },
"cat_activematerial": 0.9,
"cat_binder": 0.05,
"cat_conductivecarbon": 0.05,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.2,
"an_porosity": 0.3,
"cu" : 19 * 10**-6,
"an" : 47.5 * 10**-6,
"sep" :24.7 * 10**-6,
"cat": 54.5 * 10**-6,
"al" : 17.7 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 0
}
BEV2 = {
"name":"BEV2",
"type": "prismatic",
"design": "capacity",
"structure": "stack",
"cat-chem":"NMC111",
"an-chem":"graphite",
"capacity": 108.9, # Ah
"anode_overhang": 1.15,
"factor_more_capacity_cathode":1.16, # estimated from Liebig2019
"case_to_stack_layer_factor": 0.8,
# "case_to_stack_layer_factor": 1,
"h": 0.045, # measure BEV2 from Hettesheimer2017 depth
"l": 0.115, #m width
"b": 0.173 , #m length (2D height)
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio":{
# "activematerial": 0.9,
# "binder": 0.05,
# "carbon": 0.05
# },
"cat_activematerial": 0.9,
"cat_binder": 0.05,
"cat_conductivecarbon": 0.05,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.2,
"an_porosity": 0.3,
"cu" : 15 * 10**-6,
"an" : 86 * 10**-6,
"sep" :20 * 10**-6,
"cat": 78 * 10**-6,
"al" : 15 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 0
}
Schmalstieg_pris = { # Parameter from Schmalstieg2017
"name":"Schmalstieg_pris", # PHEV1
"type": "prismatic",
"design": "power",
"structure": "2-wickel",
"cat-chem":"NMC111",
"an-chem":"graphite",
"capacity": 30, # Ah
"anode_overhang": 1.091, # Aus Schmalstieg calc.
"factor_more_capacity_cathode":1.17, # est.
"h": 0.021, # measure PHEV1 from cellformats_daimler
"l": 0.085, # m width
"b": 0.173, # m length (2D height)
"b_jellyroll": 0.124,
"ease_packaging_factor": 1.05,
"D0": 0 * 10 ** -3,
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.395,
"density_PP_PE": 0.95, # g/cm³
"cat_activematerial": 0.88,
"cat_binder": 0.06,
"cat_conductivecarbon": 0.06,
"an_activematerial": 0.88,
"an_binder": 0.06,
"an_conductivecarbon": 0.06,
"cat_porosity": 0.209,
"an_porosity": 0.292,
"cu" : 10 * 10**-6,
"an" : 46.6 * 10**-6,
# "an" : 93.2 * 10**-6,
"sep": 18.7 * 10**-6,
"cat": 43 * 10**-6,
# "cat": 86 * 10**-6,
"al" : 11 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 758.4,
"cat_total_mass": 136*2,
"an_total_mass": 115*2,
"sep_total_mass": 25.7
}
housing_thickness = 0.5
eGolf_UF261591={ # Format vmtl. PHEV2
"name":"eGolf_UF261591",
"type": "prismatic",
"design": "capacity",
"structure": "stack",
"cat-chem":"NMC111",
"an-chem":"graphite",
"capacity": 25, # Ah
"anode_overhang": 1.08, # from Warnecke2017
"factor_more_capacity_cathode":1.55,
"case_to_stack_layer_factor": 0.83,
"h": 0.0265, # height oder depth
"l": 0.091, # m width
"b": 0.148, # m length (2D height)
"b_jellyroll": 0.124,
"ease_packaging_factor": 1.1,
"D0": 0 * 10 ** -3,
"casing_material": "Al",
"housing_thickness": housing_thickness* 10**-3,
"porosity_Separator": 0.4, # Standard
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio":{
# "activematerial": 0.8,
# "binder": 0.1,
# "carbon": 0.1
# },
"cat_activematerial": 0.8,
"cat_binder": 0.1,
"cat_conductivecarbon": 0.1,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.3, # Standard value
"an_porosity": 0.3, # Standard value
"cu" : 10 * 10**-6, # values from Hettesheimer2017 für 2017
"an" : 86 * 10**-6,
"sep": 20 * 10**-6,
"cat": 78 * 10**-6,
"al" : 11 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 710
}
#####################################################################
########### Pouch cells #############################################
housing_thickness = 190 * 10**-6 # Pouchdicke Kovachev2019
pouch_fantasy1={ # pouch cell from Kovachev2019
"name":"pouch_fantasy1",
"type": "pouch",
"design": None,
"structure": "stack", #Kovachev2019
"cat-chem":"NMC111", # Kovachev2019
"an-chem":"graphite",
"capacity": 41, # Ah Kovachev2019
"anode_overhang": 1.1,
"factor_more_capacity_cathode":2, # Geschätzt aus Liebig2019
"h": 7.7 * 10**-3, # depth abmaße Mail Kovachev2019
"l": 260 * 10**-3, #m length
"b": 215 * 10**-3 , #m width (2D height)
"case_to_stack_layer_factor": 0.86, # mail Kovachev2019
"housing_thickness": housing_thickness,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio":{
# "activematerial": 0.9,
# "binder": 0.05,
# "carbon": 0.05
# },
"cat_activematerial": 0.9,
"cat_binder": 0.05,
"cat_conductivecarbon": 0.05,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.2,
"an_porosity": 0.3,
"cu" : 10 * 10**-6, # layer thickness from Kovachev2019
"an" : 65 * 10**-6,
"sep" :20 * 10**-6,
"cat": 75 * 10**-6,
"al" : 20 * 10**-6,
"buffer" : 0 * 10**-6,
"total_mass": 0
}
pouch_fantasy2={ # pouch cell from https://www.alibaba.com/product-detail/Li-PO-Battery-Cell-3-6v_62070177727.html?spm=a2700.galleryofferlist.0.0.45543a0aCUsljt
"name":"pouch_fantasy2",
"type": "pouch",
"design": None,
"structure": "stack",
"cat-chem":"NMC111",
"an-chem":"graphite",
"capacity": 64, # Ah
"anode_overhang": 1.1,
"factor_more_capacity_cathode":1.5, # unklar
"h": 11.5 * 10**-3, # depth abmaße https://www.alibaba.com/product-detail/Original-NMC-L-G-Chem-e63_62151847686.html?spm=a2700.galleryofferlist.0.0.45543a0aCUsljt
"l": 325 * 10**-3, #m length
"b": 134 * 10**-3 , #m width (2D height)
"case_to_stack_layer_factor": 0.86, # mail Kovachev2019
"housing_thickness": housing_thickness,
"porosity_Separator": 0.4,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio":{
# "activematerial": 0.9,
# "binder": 0.05,
# "carbon": 0.05
# },
"cat_activematerial": 0.9,
"cat_binder": 0.05,
"cat_conductivecarbon": 0.05,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.2,
"an_porosity": 0.3,
"cu" : 10 * 10**-6, # Layer thickness Kovachev2019
"an" : 65 * 10**-6,
"sep" :20 * 10**-6,
"cat": 75 * 10**-6,
"al" : 20 * 10**-6,
"total_mass": 0
}
Kokam_7_5AH={ # aus Ecker2015
"name": "Kokam_7_5AH",
"type": "pouch",
"design": "allround",
"structure": "stack",
"cat-chem": "NC46",
"an-chem": "graphite",
"capacity": 7.5, # Ah
"anode_overhang": ((103)*(87))/ ((101)*(85)), # = 1.044 calc from Ecker2015
"factor_more_capacity_cathode": 1.16, # nd
"h": 7.9 * 10 ** -3, #
"l": 102 * 10 ** -3, #
"b": 107 * 10 ** -3, #
"case_to_stack_layer_factor": ((103)*(87)) / (107*102), # =0.821, # cal from Ecker2015
"housing_thickness": housing_thickness,
"porosity_Separator": 0.58,
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.86,
# "binder": 0.07,
# "carbon": 0.07
# },
"cat_activematerial": 0.86,
"cat_binder": 0.07,
"cat_conductivecarbon": 0.07,
"an_activematerial": 0.86,
"an_binder": 0.07,
"an_conductivecarbon": 0.07,
"cat_porosity": 0.296,
"an_porosity": 0.329,
"cu": 14.7 * 10 ** -6,
"an": 73.7 * 10 ** -6,
"sep": 19 * 10 ** -6,
"cat": 54.45 * 10 ** -6,
"al": 15.11 * 10 ** -6,
"total_mass": 165
}
EIG_ePLB_C020={ # Warnecke2017
"name": "EIG_ePLB_C020",
"type": "pouch",
"design": "allround",
"structure": "stack",
"cat-chem": "NMC442",
"an-chem": "graphite",
"capacity": 20, # Ah
"anode_overhang": ((193.5-2)*(126-4))/ ((188.5-2)*(122-4)), #= 1.061, # calc. from Warnecke2017
"factor_more_capacity_cathode": 1.16, # nd
"h": 7.2 * 10 ** -3, # Warnecke2017
"l": 217 * 10 ** -3, # m length
"b": 129 * 10 ** -3, # m width (2D height)
"an-l":193.5-2, # Warnecke2017 the -2 and -4 define a cutout at the corners with a total of 8mm²=2mm*4mm
"an-b": 126-4,
"cat-l":188.5-2,
"cat-b": 122-4,
"case_to_stack_layer_factor": ((193.5-2)*(126-4)) / (217*129), # =0.83, # calc. from Warnecke2017: surface case/ anode
"housing_thickness": housing_thickness,
"porosity_Separator": 0.408, # Warnecke2017
"density_PP_PE": 0.95, # g/cm³
# "tape_am_binder_carbon_ratio": {
# "activematerial": 0.9,
# "binder": 0.05,
# "carbon": 0.05
# },
"cat_activematerial": 0.9,
"cat_binder": 0.05,
"cat_conductivecarbon": 0.05,
"an_activematerial": 0.9,
"an_binder": 0.05,
"an_conductivecarbon": 0.05,
"cat_porosity": 0.252, # Warnecke2017
"an_porosity": 0.238, # Warnecke2017
"cu": 10 * 10 ** -6, # Layer thickness aus Warnecke2017
"an": 67 * 10 ** -6,
"sep": 24.5 * 10 ** -6,
"cat": 55 * 10 ** -6,
"al": 20 * 10 ** -6,
"total_mass": 428 #g from datasheet online http://www.ebaracus.com/sites/default/files/2012/12/EIG-ePLB-C020-Datasheet.pdf
}
#####################################################################
all_cells = [samsung_25R, samsung_48G, samsung_30Q, A123, LG_HB4, LG_HB2, LG_HG2, sony_VTC6, sony_VTC5A, PHEV2, BEV2, Schmalstieg_pris, pouch_fantasy1, pouch_fantasy2, EIG_ePLB_C020, Kokam_7_5AH]