Application of different electrolyte components as blends in nonaqueous electrolyte formulations represents a viable approach towards improving the overall performance and reliability of a lithium ion battery cell. By combining the advantages of different electrolyte constituents, cell chemistry can be optimized and tailored for a specific purpose. In this paper, the current progress on possibilities, advantages, as well as limitations of blended nonaqueous electrolyte formulations, including solvent, salt and additive blends is reviewed and discussed. Emphasis is set on the physicochemical, electrochemical, and safety aspects. In addition, the aim of this review is to provide perspective and possible strategy for further and future development of blended nonaqueous electrolytes with long life, high energy density, high power, and adequate safety at competitive manufacturing costs. The provided overview and perspective on blended nonaqueous electrolyte formulations should encourage researchers to proceed with further and deeper investigations in this promising field of advanced batteries.

在非水电解质配方中应用不同的电解质成分作为共混物代表了一种改善锂离子电池组整体性能和可靠性的可行方法。通过结合不同电解质成分的优势，可以针对特定目的优化和定制电池化学。在本文中，回顾和讨论了混合非水电解质配方（包括溶剂，盐和添加剂混合物）在可能性，优势和局限性方面的最新进展。重点放在理化，电化学和安全性方面。此外，本次审查的目的是为长寿命，高能量密度，高功率的混合非水电解质的进一步发展和未来发展提供前景和可能的策略。并以具有竞争力的制造成本提供足够的安全性 所提供的关于混合非水电解质配方的概述和观点应鼓励研究人员在这个有前途的高级电池领域中进行进一步和更深入的研究。