锂电池技术在ict能源基础设施中的适用性综述

O. Vigerstol
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引用次数: 1

摘要

可充电锂(Li)电池的发展导致了几种电池的发展,每种电池都有不同的电极材料和电解质组合。它们在性能特征、生产成本和操作安全性方面都存在差异,因此很难确定哪种特定电池最适合特定应用。这导致了很多困惑,有时潜在用户会犹豫是否考虑使用这些电池。到目前为止,目前生产的大多数锂电池用于典型的自行车应用,如电动汽车(ev)、手机、便携式工具、笔记本电脑和其他便携式电子设备。因此,锂电池制造商将大部分产品开发重点放在这些应用上。只有少数制造商对电池和电池进行了优化,以满足ICT应用所需的长寿命和终极安全性和可靠性。本文概述了不同的技术,它们的性能特征和适用标准,重点介绍了最适合信息和通信技术(ICT)应用的电池类型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A review of the suitability of lithium battery technology in ict energy infrastructure
The evolution of rechargeable lithium (Li) batteries has led to the development of several categories of batteries, each one with different combinations of electrode materials and electrolytes. They all have differences in performance characteristics, production cost and operating safety and it is therefore difficult to determine what specific battery is best suited for a specific application. This has led to much confusion and sometime hesitation by potential users to consider these batteries. By far, most Li batteries produced today are used in typical cycling applications such as electric vehicles (EVs), cell phones, portable tools, laptops and other portable electrical devices. Li battery manufacturers have therefore focused most of their product development towards these applications. Only a handful of manufacturers have optimized cells and batteries for long life and the ultimate safety and reliability required in ICT applications. This paper provides an overview of the different technologies, their performance characteristics and applicable standards, with a focus on battery types best suited for Information and Communication Technologies (ICT) applications.
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