利用植物微生物燃料电池技术从活的植物中产生电能

J. Dharinee, K. Dhayalini, R. Ranjeet Skanda
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引用次数: 0

摘要

水力、煤炭和风能是不可再生能源,是发电的主要来源。有一种高效的能源生产方式和可持续的可再生能源形式是件好事。该项目利用可持续能源发展电力。它是通过自然过程进行的,对周围环境和绿色植物都非常安全。该项目利用了从活植物中获得的湿度、温度和土壤湿度数据,这些数据用于发电,并进行了分析,以分析它们对环境的影响。太阳能被植物吸收用于光合作用过程中的有机物质,通过二氧化碳,为其生长提供水分。通过植物根部排泄到土壤中的少量有机物被认为是废物。自然产生的细菌在自然界中具有电化学活性,它可以分解根际的有机物并产生电子。当这些电极被放置在植物根部附近时,这些离子穿过土壤,在土壤中,离子向电极移动并产生电涌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Generating Electrical Energy from Living plants Using Plant-Microbial Fuel Cell Technology
Hydro, coal and wind energy are nonrenewable and are main source for production of electricity. It is good to have an efficient way for the production of energy and sustainable form of renewable energy. This project uses sustainable energy for the development of electricity. It is carried out through a natural process and which is very safe for both the surrounding environment and the green plant. This project utilizes the humidity, temperature and soil moisture data obtained from a living plant and which is used for the production of electricity and analysis were carried out to analyze their impact to the environment. Solar energy is absorbed for the photosynthesize process of the plants organic matter through carbon dioxide, water for its growth. A small amount of the organic matter which are excreted through the roots of the plants into the soil is considered as the waste product. Bacteria’s which are created naturally are electrochemically active in nature and it break downs the organic matter in the rhizosphere and produce electrons. When these electrodes are placed near the roots of the plants these ions travel through the soil, intern the ions move towards the electrodes and produces electricity from this surge.
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