What factors lead to disruptions in industrial plants?
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Disruptions in industrial plants can be caused by various factors. One major factor is voltage sags, which are momentary decreases in voltage magnitude that can affect sensitive electronic equipment . Another factor is the poor quality of electric power, which can lead to interruptions, voltage sags, swells, flicker, and transients . Industrial environments also present challenges for wireless communication, with electromagnetic interference being a common issue . Additionally, disruptions in critical infrastructures, such as energy supply, can have severe impacts on industry and the economy . Oscillatory and non-oscillatory disturbances in industrial processes can also contribute to disruptions, indicating degradation in control loops and limitations in equipment or control systems . These factors highlight the importance of addressing voltage sags, power quality problems, wireless communication challenges, and maintaining the reliability of critical infrastructures to minimize disruptions in industrial plants.
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| Papers (4) | Insight |
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Open access 01 Jan 2007 2 Citations | The paper does not specifically mention factors that lead to disruptions in industrial plants. The paper focuses on interruptions in critical infrastructures caused by technical failure, human failure, natural disasters, criminal activity, or acts of terrorism. |
| The paper does not explicitly mention the factors that lead to disruptions in industrial plants. The provided paper is about harmonic analysis, load flow analysis, and power factor correction in a steel plant in Saudi Arabia. | |
09 Oct 2009 23 Citations | The paper discusses that the working mode of electrical motors used in the industrial paper plant leads to high interference levels and disruptions in wireless communication systems. |
01 Jan 2004 3 Citations | The paper mentions that voltage sags are a frequent cause of disrupted operations in industrial plants, especially those using modern electronic equipment that are sensitive to short duration voltage variations. |
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