A consideration on current noise measurement in distributed power supply introduction system

S. Horie, T. Matsumura, K. Hirose, K. Yukita, Y. Goto, Hiroaki Miyoshi
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Abstract

In recent years, the introduction of solar power generation equipment has increased as distributed power supply has increased. A power conditioning subsystem (PCS) of a solar power generation system is an apparatus using an integrated circuit. Switching noise is generated because the inverter, which is the main constituent element of the PCS, performs DC-AC conversion through high-frequency switching. The power supply noise generated at the AC side output terminal connected to the distribution line is regulated by the CISPR standard as a power line conduction disturbance wave, and the amount of electromagnetic disturbance generated is regulated in most countries around the world. However, there is currently no CISPR standard on the amount of generated electromagnetic interference for photovoltaic power generation systems. In recent years, however this topic is being studied for standardization. Therefore, in this paper, noise measurement was carried out at the PCS of a solar power generation system and was subsequently examined.
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分布式电源引入系统中电流噪声测量的思考
近年来,随着分布式供电的增加,太阳能发电设备的引进也在增加。太阳能发电系统的功率调节子系统是一种采用集成电路的装置。由于逆变器是PCS的主要组成元件,通过高频开关进行DC-AC转换,因此会产生开关噪声。在与配电线路相连的交流侧输出端产生的电源噪声受CISPR标准调节为电力线传导扰动波,世界上大多数国家都对产生的电磁扰动量进行调节。然而,对于光伏发电系统产生的电磁干扰量,目前还没有CISPR标准。然而,近年来,这一主题正在进行标准化研究。因此,本文对某太阳能发电系统的PCS进行了噪声测量,并对其进行了检测。
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