Advancing Manufacturing Efficiency through Real-time Production Monitoring and Control Systems

O. Okuyelu, O. Adaji, Bakhtiyar Doskenov
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Abstract

The advantages of both real-time production monitoring and control systems in enhancing the advancement of manufacturing efficiency cannot be overlooked. Manufacturing industries need to meet customers’ demand while still maximizing their profits via avoiding emergency shutdown of plants during production. Nonetheless, quality products with high purity level should be supplied uninterruptedly without breakage of supply chain. In recent times, failure of many of manufacturing industries to deliver their products to end users have been cited and reported. This was due to inadequate scheduling which was not being monitored via real-time production and control systems. There is need to tackle this problem which calls for the adoption of real-time production monitoring and control systems. In this paper, the concepts behind the use of real-time production monitoring and control systems were discussed. Consideration was given to how real-time production monitoring can be integrated in manufacturing. The features of real-time control systems were discussed alongside with their industrial applications in various disciplines of Engineering. Data analysis and prognostics, data collection, visualization module and data storage were identified as the relevant sequential steps in real time production monitoring in advancing manufacturing efficiency. In conclusion, the significance and importance of real-time production monitoring and control systems in advancing manufacturing efficiency have been revealed and discussed in this paper.
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通过实时生产监测和控制系统提高制造效率
实时生产监控系统在提高生产效率方面的优势不容忽视。制造业既要满足客户需求,又要避免在生产过程中紧急关闭工厂,从而实现利润最大化。然而,高质量、高纯度的产品应在不中断供应链的情况下源源不断地供应。近来,许多制造业都出现了无法向最终用户交付产品的情况。这是由于没有通过实时生产和控制系统进行监控的不适当调度造成的。要解决这一问题,就必须采用实时生产监测和控制系统。本文讨论了使用实时生产监控系统背后的概念。考虑了如何将实时生产监控集成到制造业中。讨论了实时控制系统的特点及其在各工程学科中的工业应用。数据分析和预测、数据收集、可视化模块和数据存储被确定为实时生产监控提高制造效率的相关连续步骤。总之,本文揭示并讨论了实时生产监控系统在提高生产效率方面的意义和重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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