Here, based on a novel porous-microspherical yttrium niobate (Y 0.5 Nb 24.5 O 62 ) model material, this work demonstrates that the operation temperature plays vital roles in electrolyte decomposition on
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At low temperatures (<0 °C), decrease in energy storage capacity and power can have a significant impact on applications such as electric vehicles, unmanned aircraft, spacecraft and
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Aqueous zinc-based batteries have garnered the attention of the electrochemical energy storage community, but they suffer from electrolytes freezing and sluggish kinetics in cold...
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Advanced electrolyte design and feasible electrode engineering to achieve desirable performance at low temperatures are crucial for the practical application of rechargeable batteries.
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Sluggish ion transport or the freezing of electrolytes at the electrode-electrolyte interface are the primary factors that limit the performance of EES under low temperatures, leading to fading of
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Lithium-ion batteries (LIBs), while dominant in energy storage due to high energy density and cycling stability, suffer from severe capacity decay, rate capability degradation, and lithium
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In this review, we provide an overview of the limiting factors faced by electrodes and discuss various strategies developed to enhance their performance in low-temperature environments.
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Low-temperature environments have slowed down the use of LIBs by significantly deteriorating their normal performance. This review aims to resolve this issue by clarifying the
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To account for the reduction in battery performance, a kinetic model based on the classical Arrhenius model is proposed, which introduces the temperature dependence of the
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In this perspective, we focus on the recent advances in low-temperature electrolytes for supercapacitors. We first introduce the critical physical parameters for evaluating low-temperature
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