Recent trends in reliability of large industrial power systems

D. J. Love
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Abstract

The author stresses the challenges and complexities facing an engineer when designing a new facility or retrofitting an existing industrial power system. Industrial facilities are making more efficient use of their energy from all sources, with cogeneration being prevalent, as plants generate electricity for self-consumption and for sale to utilities. Inverter systems for uninterruptible power supplies and adjustable speed drives for AC motors also generate harmonic voltages which adversely affect the power quality. Power quality affects the reliability of the plant system. Plant shutdowns due to computer or machine tool logic failures can be as expensive as those caused by a power supply interruption or an inadequately designed industrial facility.<>
大型工业电力系统可靠性的最新趋势
作者强调了工程师在设计新设施或改造现有工业电力系统时面临的挑战和复杂性。工业设施正在更有效地利用各种来源的能源,热电联产很普遍,因为工厂发电供自己使用和出售给公用事业公司。不间断电源的逆变系统和交流电机的可调速驱动器也会产生谐波电压,对电能质量产生不利影响。电能质量直接影响电站系统的可靠性。由于计算机或机床逻辑故障导致的工厂停工可能与电源中断或工业设施设计不充分造成的停机一样昂贵。
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