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首页> 外文期刊>American Journal of Mechanical and Industrial Engineering >Evaluation and Monitoring of Condition of Turbo Generator on the Example of Thermal Power Plant Ugljevik 1x300 MW
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Evaluation and Monitoring of Condition of Turbo Generator on the Example of Thermal Power Plant Ugljevik 1x300 MW

机译：以Ugljevik 1x300 MW火力发电厂为例的涡轮发电机状态评估和监控

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摘要

The every complex technical system brings high potential risk of possible failures and breakdowns which can seriously endanger surrounding environment. Causes of harmful events are of stochastic nature because they depend upon number of both distinct and accidental factors. Preventive measures can in certain way be used to plan activities for controlling and possible respond regarding that group of factors. Methods of monitoring which are in use are in the same time used as a techniques for evaluation of incurred damages together with identifying its major causes (root causes). Defining system for periodic analyzing and remote monitoring of relevant parameters of turbo generators also include adequate technique for collecting, storing and analyzing significant amount of data. Organization of the data has impact on quality of evaluation of present state and also on planning of stoppages of power plant and predicting of remaining life span of the machine. This type of management has increase in availability and reliability of machines as a result. Inside this paper, the presentation of the algorithm of two year lasting monitoring of turbo generator in TPP Ugljevik of installed power of 300 MW, together with supporting results of conducted diagnostics is given.
机译：每个复杂的技术系统都可能带来潜在的故障和故障的高风险，严重危害周围环境。有害事件的原因具有随机性，因为它们取决于不同因素和偶然因素的数量。预防措施可以以某种方式用于计划活动，以控制这些因素并做出相应反应。所使用的监视方法同时用作评估已发生损害并确定其主要原因（根本原因）的技术。用于定期分析和远程监控涡轮发电机相关参数的定义系统还包括用于收集，存储和分析大量数据的适当技术。数据的组织会影响当前状态的评估质量，还会影响发电厂的停工计划以及机器的剩余使用寿命的预测。结果，这种类型的管理提高了机器的可用性和可靠性。在本文中，介绍了在装机容量为300 MW的TPP Ugljevik中对涡轮发电机进行两年持续监控的算法，并给出了进行诊断的支持结果。

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