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Power Quality and Electromagnetic Interference Noise Problems of Fluorescent Lamp System to Control Systems

机译:荧光灯系统到控制系统的电能质量和电磁干扰噪声问题

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摘要

Energy savings by replacing to fluorescent lamps (T5) with electronics ballast instead of fluorescent lamps (T8) with magnetic ballast conventional type, how popular is because it can save energy up to 40%. However, such an approach would create a major problem, cause pollution power systems electrical power quality problems, electromagnetic interference or EMI noise. That would make the system controls such as communications systems, industrial automation, control systems, internet systems and other systems that use electricity. They require high investments and the quality of the electrical resistance details for the perishables life is short. This will create a major problem for e-waste that is toxic to humans and the environment. The effect of the fluorescent lamps set on the conducted EMI noise is referred to CISPR-15 standard and test setup is referred to CISPR-16 standard. The experiment results shown to good result of fluorescent lamps (T5) with electronics ballast in a energy saving efficiency up to 41.30% of fluorescent lamps (T8) with magnetic ballast conventional type and disadvantages of fluorescent lamps (T5) such as low power quality and high EMI noise problems. However, if you want to energy saving up to 15.22% of fluorescent lamps (T8) with magnetic ballast conventional. But, not generate power quality and EMI noise problems, should be used with fluorescent lamps (T8) with magnetic ballast low loss type.
机译:通过用电子镇流器取代荧光灯(T5)代替传统类型的电磁镇流器的荧光灯(T8)来节省能源,之所以受欢迎是因为它可以节省多达40%的能量。但是,这种方法会产生一个主要问题,导致污染电力系统的电能质量问题,电磁干扰或EMI噪声。这将使系统控制,例如通信系统,工业自动化,控制系统,互联网系统和其他用电系统。它们需要大量投资,并且易腐烂寿命的电阻细节质量很短。这将给电子垃圾带来一个主要问题,该电子垃圾对人类和环境有毒。设置的荧光灯对传导EMI噪声的影响参考CISPR-15标准,而测试设置参考CISPR-16标准。实验结果表明,具有电子镇流器的荧光灯(T5)的节能效果高达传统带电磁镇流器的荧光灯(T8)的41.30%,以及荧光灯(T5)的劣势,例如电能质量低,高EMI噪声问题。但是,如果您想使用传统的电磁镇流器节省多达15.22%的荧光灯(T8)。但是,不会产生电能质量和EMI噪声的问题,应与具有电感镇流器低损耗类型的荧光灯(T8)一起使用。

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