Solar Powered Artificial Oxygen Tree:A Review
Hanzala Khan1, Lalit Dalvi2, Mayuresh Gaikwad3, Ketan Gaikwad4
Dr. Usha Pawar5 Trupti Navathale6 , Bhavna Ingole7
1 Department of Mechanical Engineerin, Datta Meghe College of Engineering, Airoli
2 Department of Mechanical Engineering, Datta Meghe College of Engineering, Airoli
3 Department of Mechanical Engineering, Datta Meghe College of Engineering, Airoli
4 Department of Mechanical Engineering, Datta Meghe College of Engineering, Airoli
5 Professor and Head of of Mechanical Engineering Department ,Datta Meghe College of Engineering.Navi Mumbai
6 Professor and Head of of Mechanical Engineering Department ,Datta Meghe College of Engineering.Navi Mumbai
7 Professor and Head of of Mechanical Engineering Department ,Datta Meghe College of Engineering.Navi Mumbai
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Abstract
With the increasing need for renewable energy solutions, innovative approaches are being developed to enhance sustainability and environmental health. One such concept is the solar-powered artificial oxygen tree, which utilizes solar energy to generate electricity while contributing to air purification. This review explores the design, working principles, and material selection for such systems, focusing on the use of C45 mild steel for structural durability and lead-acid batteries for energy storage. The study also discusses the significance of incorporating solar panels of varying sizes to optimize energy absorption and distribution. Additionally, a comparative analysis of material choices, electrochemical components, and fabrication techniques is presented to highlight the feasibility and efficiency of these systems. By examining the potential applications and challenges of artificial oxygen trees, this paper aims to provide valuable insights into their role in promoting clean energy solutions for urban and industrial environments.
Key Words: Solar energy, artificial tree, sustainability, air purification, energy storage, battery.
