EV Technology for SpecialtyApplications Conference 2020

Held at AABC Europe 2020

Wiesbaden, Germany12 — 16 January 2020

ISBN: 978-1-7138-0638-7

TABLE OF CONTENTS

POSTERS

ANALYSIS OF DIFFERENT BATTERY CELLS IN SERIES USING ELECTROCHEMICALIMPEDANCE SPECTROSCOPY IN QUALITY TESTING OF STARTER BATTERIES ............ À

M. Al-OgailiINFLUENCE OF CONDUCTIVE AGENT IN SI/C-COMPOSITE ELECTRODES FOR HIGH-ENERGY LITHIUM ION BATTERIES AT DIFFERENT CYCLING CONDITIONS 2

K. Ambrock, M. Diehl, X. Yang, M. Winter, M. BoernerELECTRICAL CHARACTERIZATION OF STATE-OF-THE-ART HIGH POWER LITHIUM-IONCELLS AND IMPLICATIONS FOR THE USABILITY IN LOW-VOLTAGE APPLICATIONS

T. Bank, S. Klamor, D. U. SauerCROSS TALK OF DIFFERENT CATHODE MATERIALS AND ITS IMPACT ON THEDEPOSITION/DISSOLUTION BEHAVIOR AND MORPHOLOGY OF LI METAL ................ 6

J. Betz, J. P. Brinkmann, L. Nowak, R. Noelle, C. Luerenbaum, M. Kolek, M. Stan, M. Winter, T. PlackeBATTERY COOLING FLUIDS FOR ELECTRIC VEHICLES .............. eee eee meme nennen D

D. BienINTEGRATED COST AND ENVIRONMENTAL ASSESSMENT MODEL FOR CURRENTTRACTION BATTERY RECYCLING ROUTPES erem D.

S. Bloemeke, J. Rickert, F. Cerdas, C. HermannMETAL PLASTIC HYBRID (MPH) ROCKER PANEL FOR EV BATTERY PROTECTION .......................10

S. Bobba, V. Godthi, P. Arunachala, H. Sharma, T. Koning, L. 'iTHERMAL PROPERTIES OF PHOSPHATE BASED SOLID ELECTROLYTES FOR SODIUM-

A. Borchers, I. U. Mohsin, C. Ziebert, M. Rohde, H. J. SeifertAGEING CHARACTERIZATION OF LITHIUM-ION CAPACITORS BASED ON POST-

L. Caizan-Juanarena, E. Gucciardi, L. Oca, I. Gandiaga, U. Iraola, E. BekaertGRAPHENE: ADVANCING LI-ION BATTERIES cer 14

O. ChangA RAW MATERIAL CRITICALITY AND ENVIRONMENTAL IMPACT ASSESSMENT OFSTATE-OF-THE-ART AND POST-LITHIUM-ION CATHODE TECHNOLOGIES ............... 15

M. C. Asaba, M. Wentker, M. Greenwood, M. C. Asaba, J. LekerCLAD METALS FOR USE AS CONNECTORS FOR LITHIUM ION BATTERIES .................. 2... 16

J. Craggs, M. Haynes, M. Hardy, B. SchweitzerSUSTAINABLE MANUFACTURING OF ANODE MATERIALS IN A COMPETITIVE GLOBAL

B. C. Deveney, S. Madshus, G. Skonedal, A. ForfangOVERVIEW OF ECOLOGICALLY FRIENDLY RECYCLING OF LITHIUM-ION BATTERIESAND FUTURE BATTERY GENERATIONS FROM ELECTRIC VEHICLES ................ 18

S. Doose, M. Noske, W. Haselrieder, A. KwadeHIGH POWER LOAD TEST FOR BATTERY SAFETY ELEMENTS ..............7 7"... ees 19

P. Dost, A. Bouabana, C. SourkounisCOMBINED SENSOR MINIMAL AND FLYING IMPEDANCE BALANCING SYSTEM FORSUSTAINABLE BATTERY eme nne n nn enne e s ones 20

P. Dost, V. Kipke, B. Widera, C. SourkounisA METHOD TO DETERMINE MAGNETIC PARTICLE CONTAMINANTS IN POWDERMATERIALS APPLIED IN LITHIUM-ION BATTERIES eene Sl

G. Ferraresi, P. Ardia, S. Stallone, D. CericolaNEXT-GENERATION SIDE-WALL COOLING FOR CYLINDRICAL BATTERY PACKS ............. 22

B. FlanneryBATTERY CALORIMETRIC ANALYSIS OF AGING EFFECTS ON THE SAFETY ANDTHERMAL BEHAVIOR OF LITHIUM-ION CELLS ................. eere eene 23

D. Freis, N. Uhlmann, C. Ziebert, M. Rohde, H. J. SeifertSURFACE PRESSURE MEASUREMENT OF LITHIUM ION CELLS DURING CYCLING .....................24

J. Groot, T. Thiringer

NON-DESTRUCTIVE MEASUREMENT METHODS FOR MECHANICAL PARAMETERS OF

G. Glanz, H. PoppRELEVANCE OF INTERNAL SHORT CIRCUITS DURING THERMAL RUNAWAY esse 26

A. Golubkov, C. Essl, R. Planteu, O. Korak, A. Thaler, V. HackerCUSTOM-ENGINEERED SILICON NANOWIRES FOR HIGHER ENERGY-DENSITY LI-ION

F. Guilbault, O. Burchak, L. Baggetto, A. lordache, J. M. Gobbo, D. Bresser, M. Olutogun, G. T. Kim, S. PasseriniTHE CELL COOLING COEFFICIENT: A STANDARD TO DEFINE HEAT REJECTION FROM

A. Hales, M. W. Marzook, L. B. Diaz, Y. Zhao, Y. Patel, G. OfferE-MOBILITY BATTERY PACK WITH ADJUSTABLE OUTPUT ACCORDING TO USAGE TIME

S. U. Heo, G. Kim, S. ParkCHARACTERISTICS OF LI-DOPED SIO-C WITH HIGH INITIAL COULOMBIC EFFICIENCY. ...................... 30

T. HiroseDEVELOPMENT OF A LITHIUM ION CELL ENABLING IN SITU ANALYSES OF THEELECTROLYTE BY GAS CHROMATOGRAPHY-MASS 31

F. Horsthemke, V. Winkler, A. Friesen, M. Leissing, L. Ibing, M. Winter, S. NowakCREATING AUTOMOTIVE RENEWAL (CAR) - THE IMPORTANCE OF COMMINUTION ONVALUE RECOVERY FROM SPENT LI-ION BATTERIES ............. 32

L. Hupka, J. Hupka, J. Gebicki, M. Larsson, K. Zajaczkowski, I. Cichowska-KopezynskaOXYGEN VACANCY TUNGSTEN OXIDE (WO3-X) AS ANODE MATERIAL FORRECHARGEABLE LITHIUM-ION BATTERY ............ 1 33

M. Jabbari, M. Rastgoo-Deylami, A. EsfandiarIN-OPERANDO EPR SPECTROSCOPY OF LITHIUM ION BATTERIES ...........1.... 34

P. Jakes, A. Niemoller, R. A. Eichel, J. GranwehrSODIUM-ION STORAGE IN ELECTROCHEMICALLY ENHANCED HARD CARBONS 35

H. J. JinBATTERY MANAGEMENT MODEL IN THE LOOP TOOLCHAIN AND SOC ALGORITHM

D. Joest, F. Krause, D. U. SauerCONCEPTUAL DESIGN OF A REDUNDANT PRESSURE DIFFERENTIAL CONTROLLEDFILTER SYSTEM FOR SELECTIVE LASER MELTING 38

C. T. KarahanA NOVEL CELL ARCHITECTURE FOR LITHIUM ION CELL PROVIDES IMPROVEDSAFETY PERFORMANCE AND OFFERS LOWER WEIGHT AND LOWER COST ..............1 39

J. Kellner, B. Morin, C. HuPERFORMANCE OF GRAPHITE/SIOX COMPOSITES LITHIUM ION BATTERY BATTERIES .....................40

W. Koch, J. MathaEXPERIMENTAL VALIDATION OF ELECTRO-THERMAL MODEL OF PRISMATICLITHIUM-ION CELL UNDER BATTERY ELECTRIC VEHICLE CONDITIONS ............A i ces dl

L. Komsiyska, J. Kleiner, G. Elger, C. EndischANALYSIS OF THE INFLUENCE OF ELECTROCHEMICAL AGEING EFFECTS ON THEMECHANICAL PROPERTIES OF LITHIUM ION BATTERIES ................ sese eoe 42

G. Kovachev, G. Gstrein, C. Ellersdorfer, W. SinzPRINTED TEMPERATURE SENSORS FOR CELL-LEVEL TEMPERATURE MONITORING IN

P. Kudlacek, P. Zalar, E. R. G. Hoedemaekers, T. KohlerAL[2]O]3] SURFACE MODIFICATION OF NCM (LITHIUM NICKEL COBALT MANGENESEOXIDE) CATHODE MATERIALS VIA SOL-GEL METHOD ...........1.. 44

H. G. Kul, O. KelesTHE APPLICATION FOR HYBRID ESTIMATION SYSTEM OF REUSABLE BATTERYLIFETIME IN THE INTELLIGENT GRID............ enne eese recens LEO

C. S. Kuo, Y. C. Ou, M. T. ShiueINTERNALLY PROTECTED LI-ION CELLS: TOWARDS SAFE CELLS AND SMART CELLS ........................46

M. F. LagadecNANOSTRUCTURED CERIUM OXIDE ANODE ACTIVE MATERIALS FOR LI-ION

C. W. Lee, P. Santhoshkumar

INVESTIGATION OF CAPACITY AND HOMOGENEITY RECOVERY OF COMMERCIAL

M. Lewerenz, P. Dechent, L. Komsiyska, C. Endisch, D. U. SauerEV SOLID-STATE BATTERY AND POLYMER-CERAMIC COMPOSITE ELECTROLYTES:PERSPECTIVES ON ELECTROCHEMICAL PERFORMANCE AND FABRICATION ................ see O0

M. Li, M. Winter, P. BiekerONE-SHOT PARAMETER IDENTIFICATION OF LITHIUM-ION ELECTROCHEMICALMODELS WITH ARTIFICIAL EEE D T

W. Li, D. Cao, D. Joest, F. Ringbeck, M. Kuipers, D. U. SauerELECTROLYTE ANION-ASSISTED POLYMER ELECTROLYTE / REDOX-ACTIVE ORGANIC

K. L. LiuALUMINIUM-ION BATTERIES FOR MOBILE APPLICATIONS - A COST ANALYSIS ............ 54

M. Locke, H. Heimes, A. Kampker, S. KawollekTHE SUSTAINABLE BUSINESS CASE FOR LITHIUM ION BATTERY REUSE eee DS

M. Lynch, J. GohPROJECTIONS ON THE IMPACT OF BATTERY RAW MATERIAL DEMANDS IN THEAUTOMOTIVE INDUSTRY BASED ON POTENTIAL FUTURE TECHNOLOGY SCENARIOS ........................56

J. Mas-Peiro, M. Neidhardt, B. Schmuelling, A. Hintennach, J. O. PouHIGH-VOLTAGE-SAFE DIGITAL TEMPERATURE MEASURING SYSTEM FOR THEVERIFICATION AND CHARACTERIZATION OF HV BATTERIES ............ cose ene DO

J. Matha, W. KochSCALABLE MANUFACTURING PROCESSES FOR POLYMER AND SULFIDE ALL-SOLID-

P. Michalowski, L. Helmers, S. Zellmer, A. KwadeNON-DESTRUCTIVE DEGRADATION ANALYSIS USING THE CHARGING ANDDISCHARGING OPERANDO XRD .............1 1... ver sse 60

K. Miyazono, Y. Aoki, H. Tsuji, K. MatsudaTHE ELECTROCHEMICAL PERFORMANCE AND HEAT GENERATION ANALYSIS OFNA0.7MNO2 AS CATHODE MATERIAL IN COIN CELLS see sees Ol

I. U. Mohsin, A. Borchers, C. Ziebert, M. Rohde, H. J. SeifertSURFACE MODIFICATION OF NI-RICH CATHODE ACTIVE MATERIALS FOR LI-ION

J. W. Park, C. Senthil, G. S. Sim, C. W. LeeDIMENSION-CONTROLLED SOLID ELECTROLYTE FOR ALL-SOLID-STATE BATTERIES ........................63

J. Park, J. Y. Kim, D. O. Shin, J. Oh, M. J. Lee, Y. G. Lee, M. H. Ryou, Y. M. LeeINTEGRATING LATIN AMERICA TO THE GLOBAL WASTE LITHIUM-ION BATTERYCLOSED LOOP: A MUST FOR REDUCTION OF GREENHOUSE GAS EMISSIONS AND ANOPPORTUNITY FOR SUSTAINABLE DEVELOPMENT .........1]]. enne eee 64

G. PereiraENHANCED PERFORMANCE OF LI-S BATTERIES USING AN ACTIVE BINDER - CATIONIC,POLYBENZIMIDAZOLIUM 65

C. Van Pham, B. Britton, M. Walter, S. Holdcroft, S. ThieleQUALITY ASSURANCE IN LITHIUM-ION BATTERY MANUFACTURING USING X-RAY

P. Pinter, U. De VriesANTE-MORTEM ANALYSIS AND AGEING TESTING OF SOTA CYLINDRICAL LITHIUM-

H. Popp, G. Glanz, R. Hamid, N. Zhang, M. A. Martinez, S. Ritz, M. Jahn, I. CendoyaTAILOR-MADE ELECTROLYTE SOLUTIONS BY E-LYTE INNOVATIONS FOR ADVANCEDLITHIUM ION BATTERIES: TOWARDS SUSTAINABLE ELECTROCHEMICAL ENERGYSTORAGE - EVERYWHERE AND ANYTIME OO

S. Roeser, K. Beltrop, R. Wagner. S. Staiger, M. WinterTHE NEED FOR AND CARE ABOUT SUSTAINABLY SOURCED MATERIALS FOR EV

R. Ruismaki, J. KiuruEARLY-STAGE LITHIUM RECOVERY FOR PROMOTING CIRCULAR ECONOMY IN

P. Sabarny, L. Schwich, C. Stallmeister, C. Schier, B. FriedrichSIZE CONTROLLED CARBOXYMETHYL CELLULOSE ENHANCE ELECTROCHEMICALPERFORMANCE OF GRAPHITE/SIOX COMPOSITES LITHIUM ION BATTERY ................ (À

T. Sakajiri, D. Nishide, M. Hoshino, K. Yamamoto, K. Inoue

F

NANOCRYSTALLINE ZNMN[2]O[4] SPINEL STRUCTURES AS HIGH CAPACITY ANODES

M. Sanad, Z. K. Heiba, M. B. Mohamed, M. GhannamPROCEDURE FOR INFLUENCE ANALYSIS OF LARGE CELL FORMATS ON THE BATTERY

K. Sasse, H. Heimes, A. Kampker, S. Wessel, M. KehrerCONTROL-ORIENTED MODELING AND SIMULATION OF LARGE-SCALE ELECTRIC

M. Schmid, C. EndischIMPACT OF MANUFACTURING PROCESS ON BATTERY ELECTRODE PROPERTIES: 3D-PHYSICAL MODEL FOR ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY 78

A. Shodiev, E. Primo, A. A. FrancoBIOMASS-DERIVED COMPOSITE MATERIALS FOR LI-ION BATTERIES ..............1 79

G. S. Sim, S. Chenrayan, C. W. LeePARTICLE SIZE CONTROLLED SYNTHESIS OF NI-RICH CATHODE MATERIALS FOR LIBSSYNTHESIZED BY COUETTE- J|TAYLOR FLOW REACTOR - STRUCTURE-PROPERTY

V. Siozios, M. Heidbuechel, M. Ruttert, R. Schmuch, M. Winter, T. PlackeMAGNETIC SEPARATION TECHNIQUES IN RECYCLING OF LITHIUM-ION BATTERIES .........................81

R. Sommerville, E. KendrickNOVEL STRONTIUM TITANATE (STO)- LI1.2N10.290N0.602 (LNMO) COMPOSITE CATHODEMATERIALS WITH IMPROVED ELECTROCHEMICAL PERFORMANCE FOR LITHIUM-ION

Y. Sun, T. Wan, D. ChuACHIEVING BOTH PERFORMANCE AND COST LEADERSHIP OF CATHODE AND ANODES

J. Trevey, B. HughesNEXT-GEN BATTERIES: ENABLED BY SPATIAL ATOMIC LAYER INTERFACING ............. 84

S. Unnikrishnan, M. Ameen, B. Anothumakkool, L. Haverkate, F. Grob, F. RoozeboomRECOVERY OF SPHEROIDIZED GRAPHITE FROM SPENT LITHIUM ION BATTERY 86

A. Vanderbruggen, E. Gugala, M. RudolphEVALUATION OF LASER INDUCED BREAKDOWN SPECTROSCOPY (LIBS) FORANALYZING LI-ION BATTERY 8

R. Van Geel, J. J. Gonzalez, R. E. RussoAPPLICATION OF POLYMER BASED MATERIALS FOR AUTOMOTIVE BATTERY

C. Van Herreweghe, S. Grunder, N. Hillesheim, A. Lutz, S. SchmatlochPRODUCT ENTROPY AND LCA AS TOOLS TO ESTIMATE ENVIRONMENTAL IMPACTS OF

N. Von Drachenfels, J. Rickert, F. Cerdas, C. HermannCOMPARISON OF ELECTRODE PROCESSING AND ELECTROCHEMICAL PERFORMANCEOF LINI0.6MN0.2CO0.202 AND LIFEPO4 BASED ELECTRODES FOR STATIONARYENERGY STORAGE APPLICATIONS ............1..1... + . "S . esee sees 90

Á. Weichert, M. Winter, M. BoernerDEVELOPMENT OF HYBRID POLYMER ELECTROLYTES FOR INFILTRATED POLYMERCATHODES USED IN SOLID-STATE LITHIUM BATTERIES ............1.... ener 92

M. Weller, T. Staab, G. A. GiffinINVESTIGATING ELECTRONICAL CONTACT LOSS BETWEEN LIB CATHODE PARTICLES

S. Wiemers-Meyer, T. N. Kroeger, M. Winter, S. NowakDESIGNING SOLID POLYMER ELECTROLYTES FOR BATTERIES BY ATOMIC-SCALE

R. Windiks, B. Minisini, A. MavromarasTHERMOMECHANICAL BEHAVIOR OF CERAMIC-FILLED AND CERAMIC-COATEDSEPARATORS FOR LITHIUM 9D

W. Wood, S. Butler, D. Spitz, M. Walls, S. Downes, W. Self, D. Wandera, C. La, R. Waterhouse, Rick PekalaINFLUENCE OF AQUEOUS PROCESSING ON THE THROUGH-PLANE CONDUCTIVITY OFLINI0.6MN0.2CO0.202 CATHODES ........... 96

X Yang, P. Noll, M. Winter, M. BoernerACTIVE BALANCING BATTERY MANAGEMENT SYSTEM eee. 98

B. Yildirim, B. Yildirim

A. Zaitsev, D. Butarovich, G. SkotnikovEXPLORING THE PROPERTIES NASICON-PVDF-HFP BASED HYBRID ELECTROLYTESFOR LITHIUM BATTERY APPLICATION ............,: rennen nenne tenes cene 100

L. Zubizarreta, M. Gil-Agusti, J. C. Espinosa, C. Herrero, P. Llovera-Segovia

PLENARY

THE BIG QUESTION ABOUT BEVS VS PHEVS - WHAT DOES THE ACTUAL TRENDS

V. Irle

CHINESE XEV MARKET: VEHICLE, BATTERY, AND MATERIALS IMPACT 121H. L. Lu

IMPACT OF THE EV MARKET GROWTH ON LITHIUM-ION BATTERIES AND RAWMATERIALS SUPPLY eene nennen eee 1 33

C. Pillot

PRESENTATIONS

NORWEGIAN INTRODUCTION AND POTENTIAL FOR BATTERY ELECTRIC FERRIES .......................147S. Aasebo

EDLC LIFETIME HOLISTIC ESTIMATION FOR HEAVY-DUTY APPLICATIONS .............1..... 155I. Gandiaga, J. Olmos, X. Aguirre, T. Nieva

F. Marzano

S. De-LeonULTRA-HIGH ENERGY METALLIC LITHIUM ANODE BATTERY FOR XEV AND

M. FetcenkoELECTRO-THERMAL MODELLING & SIMULATION OF LI-ION BATTERY PACKS FOR

J. GrootVEHICLE TO GRID: SYSTEM DESIGN AND ECONOMIC POTENTIALS IN GERMAQWNY ............1......,]218

K. Kairies, J. Figgener, I. Schoneberger, C. Bussar, D. SauerLION'S CITY E BATTERY CONCEPT .............] eee ee ne 2.30

S. KratzerLI-ION HIGH-POWER BATTERIES FOR USE IN PUBLIC TRANSPORT APPLICATIONS ....................242

J. Langwost

D. MarginedesLEV INFRASTRUCTURE FOR SAFE PARKING AND CHARGING ............... eee 203

H. NeupertDEVELOPING THE NEXT GENERATION OF BATTERY TECHNOLOGY THROUGH

W. SarwarTHE MERITS OF STANDARDIZING ENERGY STORAGE: À NEW APPROACH TO EV

I. ReeseDEVELOPMENT OF SPECIAL EVS AND MOBILE APPLICATIONS ............... eese 325

A. Thielmann

APART FROM THE EV, BATTERY AND CHARGING INFRASTRUCTURE STANDARDDEVELOPMENT FOR LEV APPLICATIONS enne 0

M. YangAuthor Index

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