| Popis: |
The global energy crisis is pushing countries to develop more policies in the energy sector, especially in the areas of renewable energies, which help the production to move slowly towards a more sustainable environment. One of these forms are photovoltaic solar systems, where the installation is taking a rapid upward drift in the installation, since it is the method of producing light-hearted energy but currently with its minimal efficiency, and also the dust accumulates on the transparent surfaces supported through a sharp drop against the transmission coefficient is one of the foremost challenges faced by the solar systems. The main objective of this work is to obtain a hydrophobic coating against the available synthetic coatings. Consequently, when planning the use of self-cleaning methods in photovoltaic solar systems, it is necessary to carry out a complete planning to obtain the maximum efficiency results by using the quantitative method for the raw numerical data and overall the study was analyzed as a case study. |
