Development of Method of Protection of Solar Panels Against Dust Pollution in the Northern Part of the Russian Far East

Abstract

The paper is devoted to research about the method of protection against dust pollution of the surface of a polycrystalline solar panel of small power in the northern part of the Russian far east (the territory of the North), where the article presents graphical interpretations of power generation depending on dust content parameters and calculation of changes in electric power generation parameters. The purpose of this paper is to find an effective method for protecting the surface of a polycrystalline solar panel of small power from dust pollution. The result of this article is the calculation and derivation of solar panel generation indicators with the presentation of graphical interpretations of power dependence on monitoring time. In addition, based on the calculated comparison of solar panel generation using various chemical liquid coatings, the article presents a specific type of chemical material that protects the surface of the solar panel from dust pollution and reduces the effect of adhesion properties on the period up to 15 days. Thus, the above-mentioned method of protecting the surface of the solar panel from dust pollution can be applied in research institutes and generating enterprises in order to increase energy efficiency and generate electricity in solar power plants in the northern part of the Russian Far East.