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2009 1210 2023 09 27 3C LLZO LATP LLTO PEO 22 ET7 23 6 1.2.PEO 3.LiTFSI/S0360522080001 S0360523010001 S0360523050001%()296 0.04()50,867.45 5.65()41,957.71 6.05%1M 6M 12M-8.4%-15.9%-23.5%-6.3%-9.9%-17.8%20230911-20230915 8 2023-09-19 20230911-20230917 2023-09-18 2023 23H1 2023-09-13-24%-13%-3%7%22/09 22/12 23/02 23/04 23/07 23/092022-09-202023-09-20 300 2009 1210 0-1 3C LLZO LATP PEO/LiTFSI ZXFUyRtOoNoPoQpMqNrOmNaQcM8OoMrRpNoNjMpPvMeRtRqP6MoPmRwMsQpMvPmMtN 2009 1210 3.6.6.7.10.10.12 3C.14.16.16.16.17.18.20.20.21.23.23.23.23.24.24.24.25 2009 1210 4 1 SEI.6 2.6 3.7 4.7 5.7 6.8 7.8 8.10 9.10 10.10 11.11 12.11 13.11 14.11 15 Quantum Scape.12 16 Ionic materials.12 17.13 18 SDI.13 19 SDI.14 20.14 21 Mavic 2.15 22.16 23.17 24.17 25.18 26.19 27.20 28-.20 29.20 30.21 31.21 32 30Ah.22 33 12S.22 2009 1210 5 34.22 2009 1210 6 SEI 1 SEI 2 Ming Zhu,A Biobased Composite Gel Polymer Electrolyte with Functions of Lithium Dendrites Suppressing and Manganese Ions Trapping.Advanced Energy Materials,2018.Qingsong Wang,et al.,A review of lithium ion battery failure mechanisms and fire prevention strategies.Progress in energy and combustion science,2019.2009 1210 7 3 4 Fraunhofer Solid State Battery Roadmap 2035+Fraunhofer Solid State Battery Roadmap 2035+-5 Nissan Ambition 2030 2009 1210 8-6 Rusong Chen,et al.,Approaching Practically Accessible Solid-State Batteries:Stability Issues Related to Solid Electrolytes and Interfaces.Chem.Rev,2020.7/EC DMC EMC+LiPF6+/2009 1210 9 PVDF NMP CMC+SBR PAA NMP PVDF PTFE 250Wh/kg 360Wh/kg 500Wh/kg/Fraunhofer Solid State Battery Roadmap 2035+2009 1210 10 or 2015 3147 8 2020 12 260Wh/kg 400Wh/kg 360Wh/kg 22 12 50Ah 330Wh/Kg 1000-20-80 2023 4+500Wh/kg 9 10 2009 1210 11 11 12 IT 13 2020.12 2022.01 50 E70 2022.07 2023 400Wh/kg 2022.9 SPS 2022.12 2023 SPS 2023 360Wh/kg 2022.12 50Ah 330Wh/Kg 1000-20-80 2023.04+500Wh/kg 22 E70 23 ET7 360Wh/kg 1000 6 SERES5 260Wh/kg 6 14 E70 156Wh/kg 2022.01 50 E70 2009 1210 12 170Wh/kg 2023.01 2022 12 15 2023 1 13 ET7 360Wh/kg 2023.06 23 6 360Wh/kg ET7 SERES5 260Wh/kg 2023.06 23 6 368Wh/kg 2024H1 2024 GST/300Wh/kg 2024 2023 4 2024 MG/2025 2025 MG SL03/2023 3 SL03/360Wh/kg/2011 Bollor BlueCar 15 Quantum Scape 16 Ionic materials Quantum Scape MUNRO Ionic materials 2009 1210 13 2027 2023 7 10 1200 BEV 202728 17 2027 2021 SDI PRiMX 2021 PP Scale Material 2022 2025 2027 SDI NCA 18 SDI SDI 2009 1210 14 19 SDI SDI 20 2023 2027 BEV SDI 2020 2022 2027 Solid Power 2021 20Ah 2022 2025 2025 2027 Quantum Scape 2025+Solid Energy System 2023 2023 Ionic materials 2025-2025 Fraunhofer Solid State Battery Roadmap 2035+BMC NE 3C PDA 2007 iPhone iPhone iPad 2009 1210 15 21 Mavic 2 2023 3 6000mAh 1000Wh/L 2023 5 The Elec SDI 2009 1210 16-22 PEO PAN PVDF LLZO LLTO LATP LiPON LGPS LSPS LPS LPSCl 10-7-10-5S/cm 10-3S/cm 10-2 S/cm 4V 5V(2011 2021)2011 Bollor BlueCar 4V LiTFSI PEO PEO LiN(CF 3SO 2)2 LiTFSI PEO-2009 1210 17 23 PEO PAN PMMA PVDF 65%-78%/24 LiPF6 LiClO4 LiBF4,LiTFSI/5V LLZO LATP NASICON LiSICON LiPON LLTO NASICON LATP LAGP 5V LATP LAGP LLZO 6V LiPON 2009 1210 18 25 Li0.5La0.5TiO3(LLTO)LLTO Li3OCl Li NASICON Li1.3Al0.3Ti1.7(PO4)3(LATP)Li1+xAlxGe2-x(PO4)3(LAGP)5V Ti Ge Ti LiSICON Li14Zn(GeO4)4 Garnet()Li7La3Zr2O12(LLZO)6V 1000 LiPON LiPON Fraunhofer Solid State Battery Roadmap 2035+Wei Xia,et al.,Antiperovskite Electrolytes for Solid-State Batteries.Chem.Rev,2020 LPS argyrodite LPS argyrodite thio-LISICON LGPS LPS Li 3PS 4 Li 7P 3S 11 argyrodite Li 6PS 5X(X=Cl,Br,I)thio-LISICON Li 3.25Ge 0.25P 0.75S 4 LGPS Li 10GeP 2S 12(LGPS)Li 10SiP 2S 12(LSPS)1.7-2.3V 2009 1210 19 26 LPS Li3PS4 Li7P3S11 argyrodite Li6PS5X(X=Cl,Br,I)thio-LISICON Li3.25Ge0.25P0.75S4 LPS LGPS Li10GeP2S12(LGPS)Li10SiP2S12(LSPS)SEI Fraunhofer Solid State Battery Roadmap 2035+Boran Tao,et al.,Thio-/LISICON and LGPS-Type Solid Electrolytes for All-Solid-State Lithium-Ion Batteries.Adv.Funct.Mater,2022 2009 1210 20 0 1 2016 240 500 300 LLTO LLZO-27 28-29 2009 1210 21 1.7GWh 35GWh 2018 11 0.1GWh 2020 7 1GWh 23 2 10GWh 100 15GWh 1.7GWh 10GWh 35GWh 30 GWh 0.7 10.7 2018 11 0.1GWh 1 10 22 7 5.5 100 38000 1GWh 49.5 9GWh 15 23 2 100 15GWh 1GWh 1.7 35.7/2018 2020 2022 2023 MG 2025 10 31 2018 2020 2022 2023 MG 2025 10 2022-2025 3 2022/2022 7 2016 2022 11 8 150 2009 1210 22 32 30Ah 33 12S 6GWh 130GWh 4 23 8 6GWh 130GWh 2020 7 270Wh/kg 0.2GWh 2GWh 109 497 20GWh 7 22 2 102 20GWh 100GWh 8GWh 360Wh/kg 1000 23 6 ET7 2021 2 34 ET7 360Wh/kg 1000 23 6 2021 12 2022-2025 2.5 2022 4 2022-2025 3 2022 5 2021 2 2009 1210 23 2021 8 100%20 2023 PEO PEO(PEO)22 5000/1800mAh/g 1400mAh/g 2022 3 24 4 2009 1210 24()LLZO LLZTO LALZO LGLZO LALZTO LGLZTO/Ni90 360Wh/kg ET7 2009 1210 25 2009 1210 26/2022 5 2 2022 2022 2 2022 1 2 2022 2022 2022 2023 2023 2009 1210 27 010-63214682 010-63214682 010-63214682 010-63214682 010-63214682 010-66500808 010-66500821 010-63214682 0755-82828570 0755-83715428 0755-82756804 0755-82871425 0755-83024576 0755-82871425 021-20572536 021-20572555 021-20572257-2552 021-20572506 021-20572585 021-20572509 021-20572548 021-20572573 0755-82756805 021-20572559 021-20572559 0755-82756805 021-20572559 玙 021-25072549 2009 1210 28 A 300 500/6 20%6 10%20%6-10%10%6 10%20%3-6 5%3-6-5%5%3-6 5%26 C 3A 1061 A 19 33 12 100033 518034 200120 010-66500801 0755-82027731 021-20572500 010-66500900 0755-82828562 021-20572522
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