HOW TO PROCURE THE RIGHT BATTERY PACK FOR A MOBILE INDUSTRIAL ROBOT
参考中译:如何为移动工业机器人配备正确的电池组


          

刊名：Factory & Handling Solutions
作者：Victoria White
刊号：780C0064
ISSN：1472-1260
出版年：2024
年卷期：2024, no.Mar.
页码：28-29
总页数：2
分类号：TH18
语种：eng
文摘：Long cycle life, high energy density and resistance to shock and vibration are common requirements in AGVs and other types of mobile robots. How do they affect the choice of chemistry, cell, and battery pack design? Owen McNally, Alexander Battery Technologies, investigates.... Efficiency, maximisation of throughput, safety and operating cost reduction are the watchwords of today's smart, digitalised factories and warehouses. To meet these business objectives, industrial companies are automating ever more processes, and deploying more robotic devices, particularly various types of mobile robots. These include devices such as automated guided vehicles (AGVs) used in materials handling and other applications, automated mobile robots (AMRs) for last-mile deliveries, and frame climbers in automated warehouses. One of the advantages of mobile robots in comparison to their human counterparts is the ability to continue working 24 hours a day without the need for breaks. But this calls for a portable battery power system that can maintain a continuous output, without running out of charge, or failing prematurely because of a fault or breakdown.
参考中译：长循环寿命、高能量密度以及抗冲击和振动是AGV和其他类型移动机器人的共同要求。它们如何影响化学、电池和电池组设计的选择？亚历山大电池技术公司的欧文·麦克纳利调查...高效、产能最大化、安全和降低运营成本是当今S智能化、数字化的工厂和仓库的口号。为了实现这些业务目标，工业公司正在使更多的流程自动化，并部署更多的机器人设备，特别是各种类型的移动机器人。这些设备包括用于材料处理和其他应用的自动导引车(AGV)，用于最后一英里送货的自动移动机器人(AMR)，以及自动化仓库中的框架爬行器。与人类机器人相比，移动机器人的优势之一是能够一天24小时连续工作，而不需要休息。但这需要一种便携式电池供电系统，能够保持连续输出，而不会耗尽电量，也不会因为故障或故障而过早失灵。



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