Rational Design of Protective Interlayers for Next Generation All-Solid-State Lithium Batteries (T06-Q02)

Phase:	Theme
Theme:	Grids and Storage (T06)
StatusStatut:	Active
Start DateDate de début:	2020-04-01
End DateDate de fin:	2023-03-31
Principal Investigator
Sang, Lingzi

Aperçu de Project Overview

All-solid Li batteries offer improved safety and power density yet suffer from drastic capacity fade, a result of electrolyte decomposition on electrode surfaces. We will introduce/optimize an interfacial protective layer that provides Li+ transport pathways and prevents direct exposure of solid electrolyte to extreme potentials. Our unique, in-situ approach allows real-time reaction monitoring during operation. Combined with the battery performance tests, the insights gained will facilitate rational protective layer design. Interlayer materials of interest include: 1) Li+ solvates exhibiting excellent stability at operating temperature, (10 – 50 C) and 2) LiAlS thin films prepared via atomic layer deposition.

Outputs

Title	Category	Date	Authors
Characterizations of dynamic interfaces in all-solid lithium batteries	Publication	2021-04-30	Sang, L., Nicholas Kissoon, Fuwei Wen
In Situ Strain Measurement in Solid-State Li-Ion Battery Electrodes University of Alberta	Publication	2021-01-01	"Behrad Koohbor", Sang, L., "Omer capraz", "Andrew Gewirth", "Nancy Sottos"
Exploring Interfacial Chemistry in All-solid-state Metal-ion Batteries University of Alberta	Activity	2022-06-15	Sang, L.
In-situ Characterization of Molecular Processes at the Anode/Na3SbS4 Electrolyte Interface in All-Solid-State Sodium Batteries	Activity	2022-05-30	Geng Xie
Mechanochemical processing of W-substituted solid-state electrolytes and its effects on electrochemical performance and crystal structure University of Alberta	Activity	2022-06-16	Fuwei Wen, Geng Xie, Mar, A., Sang, L.
Quantitative Tracking of Organic Cathode Materials Performance Decay via Transmission IR Spectroscopy	Activity	2022-06-15	Nicholas Kissoon
The effect of electrolyte structure, ion conductivity, and decomposition due to mechanochemical processing University of Alberta	Activity	2022-11-08	Fuwei Wen, Mar, A., Sang, L.
Understanding the Decomposition Mechanism of Halide Electrolyte in All-Solid-State Lithium Batteries	Activity	2022-06-15	Qichao Wu
Education platform for Devices to Green Energy Solutions University of Alberta	Activity	2022-05-10	Sang, L.
Thioantimonate Electrolytes for All-solid-state Sodium Batteries – the Evolving Structure, Interface, and Electrochemical Performance University of Alberta	Activity	2023-03-30	Sang, L.
A Facile Chemical Reduction Approach of Li–Sn Modified Li Anode for Dendrite Suppression University of Alberta	Publication	2024-06-02	Amardeep Amardeep, Douald J Freschi, Sang, L., "Jian Liu"
Degradation at the Na3SbS4/Anode Interface in an Operating All-Solid-State Sodium Battery University of Alberta	Publication	2022-10-01	Geng Xie, Minh Tang, Shihong Xu, Alex Brown, Sang, L.
Dual-Component Interlayer Enables Uniform Lithium Deposition and Dendrite Suppression for Solid-State BatteriesArticle link copied! University of Alberta	Publication	2024-06-21	Xiang You, "Ning Chen", Geng Xie, "Shihong Xu", Sayed Youssef Sayed Nagy, Sang, L.
Hot hole transfer from Ag nanoparticles to multiferroic YMn2O5 nanowires enables superior photocatalytic activity	Publication	2022-01-01	Kazi Alam, Sergey Gusarov, Mustafa Supur, Pawan Kumar, Alexander E Kobryn, Kai Cui, Richard L McCreery, Karthik Shankar
Noncovalent Interactions Promoted Kinetics in Perylene Diimide-Based Aqueous Zn-Ion Batteries: An Operando Attenuated Total Reflection Infrared Study University of Alberta	Publication	2025-04-11	"Sneha Melath", Xiang You, Sang, L.

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Rational Design of Protective Interlayers for Next Generation All-Solid-State Lithium Batteries (T06-Q02)

From FES Forum

Rational Design of Protective Interlayers for Next Generation All-Solid-State Lithium Batteries (T06-Q02)

Aperçu de Project Overview

Outputs