Cooling material for solar PV module to improve the generation efficiency

Power age by using sunlight based energy is considered as solid and wanted sources among any remaining non-conventional sources. The significant constraint of the sun oriented photovoltaic is low effectiveness. Upgrading the power generation efficiency is one of the significant difficulties among mainstream researchers around the world. The cell temperature higher than STP is one of the causes of lower efficiency. By utilizing any cooling method with appropriate material will in general decrease the likelihood of extreme warming of the cell. This paper proposes Glycerol as a cooling agent and the method to use in order to maintain the standard temperature (25 degrees C) of the cell. The glycerol can be utilized exclusively and with the combination of glycol anyway their strategy for execution is unique. Glycerol has potential for using as cooling agent since it has high boiling point and heat capacity, also it remain harmless to the materials. The paper also suggests various threats involved in adopting various PV cooling concepts suggested by many researchers. Particular highlights of the material and their attributes are introduced so the analysts may think that it's valuable for doing assist improvement and streamlining in cooling material and methods. (c) 2020 Elsevier Ltd. All rights reserved. Selection and peer-review under responsibility of the scientific committee of the International Conference on Advances in Design, Materials and Manufacturing.