Advancing Electrolytes Towards Stable Organic Batteries

doi:10.21127/yaoyigc20170016

Abstract

Abstract:

Organic electrode materials offer virtually infinite resource availability, cost advantages, and some of the highest specific energy for batteries to satisfy the demand for large-scale energy storage. Among the biggest challenges for the practical applications of batteries based on organic electrodes is the dissolution of organic active materials into the electrolyte, which leads to underwhelming cycling stability. This minireview provides an overview of electrolyte advancements to improve the stability of organic batteries. Research efforts on the control of solvent polarity, electrolyte mobility, and exploration of novel electrolyte systems are highlighted.

Key words: polymer, small molecule, quasi-solid-state, ionic conductor, composite electrolyte

Yanliang Liang, Yan Yao. Advancing Electrolytes Towards Stable Organic Batteries[J]. General Chemistry, 2017, 3(4): 207-212.

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