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Predictive Maintenance and its Role in Improving Efficiency

机译:预测维护及其在提高效率方面的作用

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摘要

Keeping fleet,machinery and other assets working efficiently is a common challenge among equipment manufacturers,engineering,procurement and construction(EPC) companies,and power and process plant owners and operators.All the more complicated is simultaneously reducing costs of maintenance and time-sensitive repairs.Aggressive time-to-market for industrial products and services makes it even more critical to identify the cause of potential faults or failures before they have an opportunity to occur.Emerging technologies like the Internet of Things,big data analytics,and cloud data storage are enabling more vehicles,industrial equipment and assembly robots to send condition-based data to a centralized server,making fault detection easier,more practical and more direct.Identifying potential issues in a proactive manner allows companies to deploy their maintenance services more effectively and improve equipment up-time.The critical features that help to predict faults or failures are often buried in structured data,such as year of production,make,model,warranty details,as well as unstructured data such as maintenance history and repair logs.
机译:保持船队,机械和其他资产有效地工作是设备制造商,工程,采购和建设(EPC)公司以及电力和流程工厂所有者和运营商的共同挑战。所有的复杂性更加复杂,同时降低维护和时间敏感的成本修理工业产品和服务的占地面积市场,使其在潜在故障或失败之前更为重要的是,在他们有机会发生之前,可以进行。媒体,大数据分析和云数据等技术存储是使更多的车辆,工业设备和装配机器人发送给集中式服务器的条件数据,使故障检测更容易,更实用,更直接。以积极主动的方式识别潜在的问题允许公司更有效地部署其维护服务提高设备上限。有助于预测故障或故障的关键功能是Otte n埋在结构化数据中,例如生产年份,制作,模型,保修细节,以及维护历史和修复日志等非结构化数据。

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