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引用次数: 0

摘要

目前的电信机箱通常包括直流电源系统和备用电池,这消耗了很大一部分可用空间。当添加新设备以提供新的或升级的服务或为额外的用户提供服务时,存在增加功率和备份需求以及对外壳内更多空间的冲突需求的双重压力。新的电池技术(锂金属聚合物)不需要VRLA所需的条件环境,因此提供了将备用电池移出主机箱的机会。本文将讨论一种外部壁挂式外壳(一种替代电池柜),适用于可以容纳LMP电池的混凝土步行外壳或小屋。将详细介绍这一个案研究的具体情况,包括这种规模的空间回收的经济性。ABC方法的几个优点将在现有的围场中获得额外的创收空间
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Enclosure Space Reclamation ABC's
Current telecommunications enclosures typically include a DC power system and battery backup that consumes a significant portion of the available real estate. When new equipment is added to provide new or upgraded services or to serve additional subscribers, there are dual stresses of increased power and back up demands as well as conflicting needs for more space within the enclosure. New battery technologies (lithium metal polymer) don't require the conditioned environment needed for VRLA and thus offer an opportunity to relocate the battery backup out of the main enclosure. The paper will discuss an external wall mounted enclosure (an alternative battery cabinet) applicable for concrete walk-in enclosures or huts that can house the LMP batteries. The specifics of this case study will be presented in detail including the economics of space reclamation on this scale. The several advantages of the ABC approach will be submitted for obtaining added revenue generating space in existing enclosures
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