扩展可用性:工业UPS系统中的新电池技术

Joe Marquardt, Pierre Queyroi, E. Yu. Chernetsova, Emiliano Paolin
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引用次数: 0

摘要

本文的重点是重新评估传统的工业交流和直流UPS系统(由电力电子和电池组成),并使用新的电池技术,以及这如何极大地改变工业场地的架构。本文回顾了行业对电池和UPS性能的基本要求,以及在消除当前电池技术的一些限制后,如何满足这些要求,包括:气体排放、温度衰减、老化、电池可用性、存储、安全性和可回收性。本文提出了几个重要的考虑因素,需要根据潜在的应用需求选择正确的电池技术,例如在能量密度和功率密度之间。它还研究了一种新的解决方案对工业场地设计要求的积极影响,包括电池室和室外安装。给出了全面的测试结果以及现场经验反馈。本文的插图是基于先前的安装参考资料和实验室测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Expanding Availability Horizons: New Battery Technologies in Industrial UPS Systems
This paper focuses on re-evaluating the traditional industrial AC and DC UPS systems (consisting of power electronics and battery) with the use of new battery technologies and how this can dramatically change the architecture of the industrial sites. The considerations presented review the basic industry demands for battery and UPS performance and how they can be met once some limitations of current battery technologies are removed, including: gas emissions, temperature decay, aging, battery availability, storage, safety and recyclability.The paper presents several important considerations that need to be made to select the right battery technology based on the underlying application needs e.g. between energy density and power density. It also investigates the positive impact of a new solution on industrial site design requirements including battery rooms and outdoor installation. The thorough testing results are presented as well as field experience feedback. Illustrations for the paper are based on a prior installation references, and lab testing.
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