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Applications: EV

… ● Mixed chemistry strategies across OEMs ● Slower LFP penetration due to established costs has enabled LFP-centered EV with Chinese battery firms building local NMC production capaci…

Applications: EV

INDUSTRY Applications | Electric Vehicles | Cell Chemistry & Design Trends LFP is Positioning Itself as the Default Battery Chemistry for Affordable EV Segments Globally LFP chemistry is growing…

Applications: EV

…s | Electric Vehicles | Cell Chemistry & Design Trends EV Cell Chemistry Performance Comparison: LFP, NMC & Na-ion ● NMC still provides the highest energy density and longest range1,2 …

Applications: EV

…s | Electric Vehicles | Cell Chemistry & Design Trends EV Cell Chemistry Performance Comparison: LFP, NMC & Na-ion LFP Batteries NMC Batteries Na-ion Batteries …

Applications: EV

…es need to provide sufficient energy while delivering same cost, weight, package & charging time as LFP LFP benchmark SiB target …

Applications: EV

…rgy density. Prismatic ● Dominant in China, produced at massive scale ● Well-suited for LFP and cell-to-pack architectures Cylindrical ● Incumbent format in North America ● Benefits from automation, yield learning, and cost-down potential Pouch ● Mainstay of Korean ma…

Applications: EV

…| Electric Vehicles | Charging Chinese Producers Are Rapidly Commercializing Super-Fast-Charging LFP Batteries Challenges: …

Applications: EV

…ns | Electric Vehicles | Charging Entering the Megawatt Charging Era: BYD 10C & CATL 5Minute LFP BYD CATL Megawatt charging is in development for heavy duty vehicles, but this has In Apri…

Applications: EV

…teries averaged 358 kWh, Medium Trucks averaged 146 kWh, and Heavy Bus averaged 252 kWh. ● LFP is the dominant chemistry as OEMs prioritise cycle life and cost. Technology development will see battery life extending to over 1.6M miles, comparable with diesel engine vehicles. ● …

Applications: EV

… strategy. While mini and light duty commercial sectors have begun to find a path utilizing NMC and LFP battery chemistries, OEMs and operators continue to search for the optimal strategy and technology that will enable larger vehicles to adopt full or hybrid electrification without diminished producti…

Applications: Stationary Energy Storage

… typically ranges from 18 hours for most utility-scale applications, with most new LFP installations at 2 or 4 hours ● Duration is the inverse of CRate 2-hour BESS equates to a CRate of 0.5, while 4-hour BESS equates to CRate of 0.25, etc.) ● Globa…

Applications: Stationary Energy Storage

…ding the first grid- and C&I-scale deployments BESS market share within lithium chemistries ● LFP is the leading chemistry for stationary storage applications: ● LFP held the majority market share of 85% held the majority due to its superior safety profile, longer cycle life, and cost-effect…

Applications: Stationary Energy Storage

…ger temperature COST HISTORY OF NIB RELATIVE TO LFP COMPARISON OF CHEMISTRY METRICS ● Cycle life: Na-ion NFPP may exceed LFP cycling ● Lower degradation at hot and cold temperatures ● Wider temp. tolerance decreases aux. power need…

Applications: Stationary Energy Storage

… featuring integrated inverters, liquid cooling, and hybrid PV-ready) functionality. ● LFP chemistry dominates, with a trend toward larger-format cells and higher-capacity battery modules as suppliers seek to reduce system-level costs and improve energy density. ● Sodiu…

Applications: Data Centers

…n Supercapacitors, NiZn Supercapacitors, lead-acid, Lead-acid, Li-ion LTO, LFP, Li-ion LFP, Na-ion NFPP Li-ion LFP, Na-ion NFPP, Li-ion LTO, Na-ion NFPP, Na-ion NFPP, NiZn …

Cell Design and Materials

… coating or solid carbon, or plating onto Lithium as LCO, NMC, NCA, LFP, LCO, salts, e.g. LiPF6) state ceramic or polymer Metal). LMO, Sulfur) …

Cell Design and Materials

… Na-Ion Sulfur LFP LMFP …

Cell Design and Materials

… (mAh/g) Ratio LFP Graphite 90100% 3.2 146  160 23 - 33 13 26 20  35 450  650 23 13 1.04  1.26 21  38…

Cell Design and Materials

… Wh/kg To get 8.3 kWh of energy, we can choose an 81 kg LFP pack (safer, cheaper, longer life) or a 41 kg/43kg NMC pack (higher energy, lighter …

Cell Design and Materials

…Pulse 80% Life Life Cycle Poor LFP Graphite Worst LFP Silicon LFMP Graphite LFMP …