Investigation of Functioning of a Photoelectric Installation under Forest Fires in the Northern Part of the Russian Far East

Nikolay Mestnikov, A. Alzakkar, P. Vasilyev
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Abstract

This paper is devoted to the study of the working characteristics of solar photovoltaic (PV) plants in conditions of high smoke content due to forest fires in the central part of Yakutia. It should be noted that experimental studies were carried out at the beginning of July 2021 in the village of Boroguntsi (central part of Yakutia) with geographical coordinates 62.67N, 131.13E. The purpose of the article is to study the features of the operation of a photovoltaic solar plant in conditions of increased smoke pollution during forest fires in Yakutia. In the research, a technology was developed for conducting experimental work by using power, measuring and recording equipment to determine the necessary electrical power parameters. The result of the study is the recording of a decrease in the generation power of the plant from 34.88% to 74.42%, depending on the type of smoke pollution in the environment. It should be noted that the results of the research can be used to study the benefits of solar energy facilities in areas where the possibility of seasonal forest fires is high.
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俄罗斯远东北部森林火灾下光电装置功能的调查
本文研究了雅库特中部森林火灾引起的高烟含量条件下太阳能光伏电站的工作特性。应该指出的是,实验研究于2021年7月初在Boroguntsi村(雅库特中部)进行,地理坐标为62.67N, 131.13E。本文的目的是研究在雅库特森林火灾期间烟雾污染增加的情况下光伏太阳能发电厂的运行特征。在研究中,开发了一种技术,通过使用功率、测量和记录设备来确定必要的电力参数,从而进行实验工作。研究的结果是,根据环境中烟雾污染的类型,工厂的发电量从34.88%下降到74.42%。值得注意的是,该研究结果可用于研究在季节性森林火灾可能性高的地区使用太阳能设施的好处。
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