Abstract:Increasing electrode thickness can increase the energy density of lithium-ion batteries. However, increasing electrode thickness increases transport limitations and the risk of lithium plating. This work analyzes prospective improvements to the conventional lithium-ion cell that may facilitate high energy density and fast charging capabilities. A 2D lithium-ion battery model is applied to understand the impact of thick electrode at different C-rates in a single cell stack. Five different cell geometries were a… Show more
“…105 3.1.2 Battery. Lithium-ion batteries (LIBs) 106 are environment friendly and have high volumetric energy density. As the global demand for electrical energy grows, it is urgent to further improve the energy density, power density, cycling life and safety of LIBs.…”
Section: Applications Of Gallium-based Liquid Metalsmentioning
This review summarizes the super-wettability and the wettability-related applications of liquid metals (LMs) induced by interfacial interactions between LMs and substrates. In conventional studies, high surface tension and surface oxides...
“…105 3.1.2 Battery. Lithium-ion batteries (LIBs) 106 are environment friendly and have high volumetric energy density. As the global demand for electrical energy grows, it is urgent to further improve the energy density, power density, cycling life and safety of LIBs.…”
Section: Applications Of Gallium-based Liquid Metalsmentioning
This review summarizes the super-wettability and the wettability-related applications of liquid metals (LMs) induced by interfacial interactions between LMs and substrates. In conventional studies, high surface tension and surface oxides...
Degradation of low cobalt lithium-ion cathodes was tested using a full factorial combination of upper cut-off voltage (4.0 V and 4.3V vs. Li/Li+) and operating temperature (25°C and 60°C). Half-cell...
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