Comparison of Lithium Ion Batteries

The following data is from ScienceDirect Journal: Energy Storage Materials:

The performance of sulfide ASSLBs reported in the literature:

Cathode/electrolyte/anode *	Current density (mA cm–2)	Voltage window	Initial capacity (mAh g–1)	Capacity after cycle (mAh g–1)	Cycle numbers	Capacity retention rate
S-C-LPSBr/LPSBr/Li-In	0.32	0-3 V vs. In	358.98	204.06	30	56.84%
C-S/LPSCl/Li-In	0.064	0.4-3.0 V vs. Li-In	1300	400	20	30.77%
FeS2/78Li2S·22P2S5/Li-In	0.05	0.0-4.2 V vs. Li-In	1136	560	50	49.30%
LCO/LPSCl/Li-In	0.066	2.6-4.3 V vs. Li-In	150	90	25	60.00%
LMO/LPSCl/Li-In	0.066	2.4-4.0 V vs. Li-In	73	40	22	54.79%
NCM111/LPSCl/Li-In	0.066	2.8-3.4 V vs. Li-In	80	60	20	75.00%
NCM622/LPSCl/Li-In	0.214	2.60-4.30 V	128.9	52.4	100	40.65%
LCO@LNO/Li6.25PS5.25Cl0.75/Li	0.1	3.0-4.2 V vs Li	108.6	80.5	430	74.12%
0.05	-	66.2	800	59.70%
NCM811@LNO/LPSCl/Li	0.05C	2.5-4.0 V vs Li	111.7	100.2	100	89.70%
NCM811/Li5.7PS4.7Cl1.3/In	0.255	1.88-3.78 V vs. In	-	83.4	100	59.23%
0.382	-	50.6	66.60%
NCM811@LNO/Li5.7PS4.7Cl1.3/In	0.764	-	74.7	78.30%
LZO@LCO/LPSCl/In	0.1C	1.9-3.6 V vs. In	-	84.1	100	72.00%
NCM75/LPSCl/Li-In	0.2 C	3.0-4.3 V vs. Li-In	180	-	100	84.20%
LPSCl@LTO/LPSCl/Li	0.05C	1.0-2.5 V vs. Li @80°C	-	158.4	250	94.30%
NCA80/LPSCl/Li	0.1C	2.5-4.3 V vs Li	-	-	100	80.90%
LCO/LPSCl/In	0.064	3.3-4.3 V vs. In @80°C	180	154	250	85.56%
NCM75/Li6PS5Cl0.5Br0.5/Li (with 1 wt% LiTFSI)	0.1C	3.0-4.3 V vs. Li	163	-	100	91.60%
LCO/LPSCl/In	0.1C	3.0-4.3 V vs. Li	123	-	100	65.50%
LCO/3D-composite/Li	0.2C	3.0-4.3 V vs. In	133	118	160	88.72%

Legend

Cathode

• LCO: $\text{ce}LiCoO2$
• LMO: $\text{ce}LiMn2O4$
• LNO: $\text{ce}LiNbO3$
• LZO: $\text{ce}LiZrOx$
• LTO: $\text{ce}L{i}_{4}T{i}_5{O}_{12}$
• NCM111: $\text{ce}LiN{i}_{1/3}C{o}_{1/3}M{n}_{1/3}O2$
• NCM622: $\text{ce}LiN{i}_{0.6}C{o}_{0.2}M{n}_{0.2}O2$
• NCM811: $\text{ce}LiN{i}_{0.8}M{n}_{0.1}C{o}_{0.1}O2$
• NCM70: $\text{ce}LiN{i}_{0.70}C{o}_{0.15}M{n}_{0.15}{O}_2$
• NCM75: $\text{ce}LiN{i}_{0.75}C{o}_{0.10}M{n}_{0.15}O2$
• NCA80: $\text{ce}LiN{i}_{0.80}C{o}_{0.15}A{l}_{0.05}{O}_2$

Electrolyte

• LiTFSI: Lithium Bis(trifluoromethanesulfonyl)imide
• LPSCI: Lithium Phosphorous Sulfur Chloride
• 3D-composite: The p-LPSCl/P(PEGMEA) composite
  • p-LPSCl: 3D self-supported porous skeleton with selenium sulfide (SeS2) as the pore former;
  • P(PEGMEA): In-situ polymerization of Poly(ethylene glycol) methyl ether acrylate (PEGMEA)