Design, Development and Analysis of Future Tree and Air Filtration System

Abstract

Energy plays a crucial role in the economic and social development of any country. Utilizing freely available energy resources requires advanced devices, making the development of such technology a necessity. This is vital for enhancing analysis and development, as well as for investing in the renewable energy sector to meet energy demands and reduce dependence on fossil fuels. The 'Future Tree' concept offers a promising solution by converting natural resources into energy. This paper introduces the design, development, and analysis of the Future Tree. Wind and solar power are becoming increasingly popular due to their abundance, accessibility, and ease of harnessing for electricity generation. With anticipated rises in energy costs and demand, hybrid energy systems combining solar and wind power are essential solutions. This study presents the design of a hybrid electricity generation system that utilizes both solar and wind energy to provide power to remote households not connected to the grid. Hybrid systems have proven to be effective in delivering high-quality power. Global efforts to mitigate public health issues and control acid rain have prompted actions to reduce emissions of CO, SOx, and NOx. This research introduces a pollutant removal filter utilizing a catalytic converter. The filter's purpose is to ensure emission-free air is released into the Atmosphere.