Abstract Developing innovative ionic liquid crystals for energy storage applications has drawn much attention recently, with a high possibility of getting high-potential materials for the advanced energy storage industry. Ionic Liquid Crystalline Materials provide exceptional ionic conductivity and thermal stability as a special family of materials that are well-suited for application in advanced energy storage technologies. In order to enhance these innovative materials' practical application in next-generation energy storage technologies, this research attempts to investigate their basic characteristics, structure, and liquid crystalline performance for one of these kinds of materials. By examining the potential of innovative ionic liquid crystals as effective and sustainable energy storage solutions, this study aims to add to the expanding corpus of knowledge in the field of energy storage a new material that owns charge mobilities in energy storage devices. Cyclic voltammetry techniques showed that this ionic liquid crystal exhibits mesomorphic behavior and typical zwitterion features. Lithium ions have been added to certain materials to increase their ionic conductivity and stability.
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Ahmad M. Labeeb (2024) studied this question.
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