An Affordable Solution for the Rural Farmers for Irrigation Purpose Including Hybrid Power Source using Solar and Biogas

Jahid Hasan, Asif Iqbal Anik, Suborna Sharmin Mishu, Iebho Mohajan, C. A. Hossain, Md. Rifat Hazari, Kawshik Shikdar
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Abstract

The use of fossil fuels to generate the ever-increasing demand for energy is proving to be a very strong reason behind the global warming issue. The hybrid power system is a combination of different technologies to produce Electricity. In Bangladesh, farmers experience several irrigation-related problems due to a shortage of energy. This paper deals with an economical hybrid power system that uses the grid, solar, and biogas generator that offers a fresh approach to solve this problem. Since it is impossible to always have sunlight, a biogas generator would be used to generate electricity and charge a battery to satisfy the requirements and a grid connection will be a backup for both biogas and sunlight absence. Based on the priority, the user will be able to switch among the three sources for efficient use of power. This hybrid system will contribute to our country's increasing demand for power management by serving the less resourceful farmers from rural areas. In this research, hardware and simulation findings have been examined from Bangladesh's perspective. Since it is based on renewable energy sources, this initiative presents a novel solution to Bangladesh's emerging power crisis issue.
为农村农民提供一种经济实惠的灌溉解决方案,包括利用太阳能和沼气的混合能源
化石燃料的使用产生了不断增长的能源需求,这被证明是全球变暖问题背后的一个非常重要的原因。混合动力系统是不同发电技术的结合。在孟加拉国,由于能源短缺,农民遇到了一些与灌溉有关的问题。本文提出了一种利用电网、太阳能和沼气发电的经济型混合电力系统,为解决这一问题提供了新的途径。由于不可能总是有阳光,因此沼气发电机将用于发电并为电池充电以满足需求,电网连接将作为沼气和阳光缺位的备用。根据优先级,用户将能够在三种电源之间进行切换,以有效地利用电力。这种混合系统将通过服务于农村地区资源贫乏的农民,为我国日益增长的电力管理需求做出贡献。在这项研究中,硬件和模拟结果已经从孟加拉国的角度进行了检查。由于它基于可再生能源,这一倡议为孟加拉国正在出现的电力危机问题提供了一种新颖的解决方案。
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