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Innovations That Could Change the Way You Manufacture - Ultracapacitors: Have Batteries Met Their Match?

机译:可以改变您的制造方式的创新-超级电容器:电池符合要求吗?

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摘要

For years the manufacturing sector has relied on portable energy in the form of the battery and the internal combustion engine to supply energy to the vast array of different vehicles within a plant. These vehicles range from AGVs to worker-operated forklifts, with capabilities ranging from simple transport of parts to complex network-operated systems. This equipment has served industry well, but has some major power-system drawbacks. Today's vehicles are likely to be powered by a lead-acid battery. These battery packs suffer from an array of disabling problems that require complex charging systems and large amounts of precious plant-floor real estate, not to mention an overwhelming supply of spare batteries. A more recent development in the technology of power storage has created a buzz among researchers. While the advances throughout the years in battery science have been numerous, this advance is causing many engineers to think twice about specifying a battery in their system.
机译:多年来,制造业一直依靠电池和内燃机形式的便携式能源为工厂内的各种不同车辆提供能源。这些车辆的范围从AGV到工人操作的叉车,其功能范围从简单的零件运输到复杂的网络操作系统。该设备在行业中表现良好,但在电源系统方面存在一些主要缺点。当今的汽车很可能由铅酸电池供电。这些电池组存在一系列残疾问题,这些问题需要复杂的充电系统和大量宝贵的工厂地面空间,更不用说大量的备用电池。储能技术的最新发展引起了研究人员的关注。尽管多年来电池科学领域取得了许多进步,但这一进步使许多工程师对在系统中指定电池进行了三思。

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