Physics-Based Approaches to Enhancing Renewable Energy Efficiency and Sustainability

Authors

  • Vinod Kumar Assistant Professor, Department of Physics, Government P.G. College Jalesar, Etah, UP

Keywords:

Energy, Efficiency, Sustainability

Abstract

Solar and wind energy are two of the "renewable energy sources" that are growing the quickest. The element that is most important for optimizing power use is the airfoil. With an emphasis on wind turbine applications, the review article's goal is to provide an overview of the published literature on the many authors' research projects related to optimization in airfoil design techniques and methods. In the realm of alternative energy sources, solar panels are becoming more and more well-liked as a means of producing clean, green electricity. This evaluation is an essential tool that directs future advances and complies with international goals for renewable energy. From the various researcher’s study conclude that there are various method to enhance the efficiency of solar and wind energy. By employing the tracking system and mirror-cooling technique to enhance the solar panel efficiency. Additionally, using the thermoelectric generator with solar panel to extract the heat from the panel to enhance the efficiency of solar panel. There is s several method to enhance the wind turbine efficiency which is innovative Blade Design, variable Pitch and Twist Technologies, Advancement in Materials, geometrical parameters, blade angle.

References

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Published

20-06-2023

Issue

Vol 2 Issue 2 (Apr- Jun 2023)

Section

Articles

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Copyright (c) 2023 Vinod Kumar

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How to Cite

[1]
Vinod Kumar 2023. Physics-Based Approaches to Enhancing Renewable Energy Efficiency and Sustainability. International Journal of Innovations in Science, Engineering And Management. 2, 2 (Jun. 2023), 49–54.