A STUDY ON MAKING SOLAR-POWERED IRRIGATION SYSTEM ECONOMICALLY VIABLE AND SOCIALLY ACCEPTABLE IN BANGLADESH
Abstract
Solar power is at the forefront of sustainable development discussions due to the global movement toward renewable energy. In Bangladesh, where agriculture is vital to the economy, sustainable irrigation is crucial. This thesis investigates the economic viability and socio-economic acceptability of solar-powered irrigation systems (SPIS) in Bogra, Bangladesh. Several approaches have been proposed to make solar power irrigation in Bangladesh more profitable. High-value crops like summer tomatoes and hybrid vegetables highlight the economic benefits and increased profitability of solar-powered irrigation systems. Furthermore, it is imperative to decrease the expenses associated with these systems. Partnering with government agencies to make vital equipment affordable and accessible can achieve this goal. Researching new methods and localized production can also lower solar panel prices. A collaborative technique between marginal and large-scale farmers can help small-scale farmers afford solar power irrigation by distributing costs fairly. Government backing, expanded R&D, localized manufacture, training, and subsidies can also help solar-powered irrigation become economically sustainable. To improve socio-economic acceptability, solar power irrigation benefits must be promoted and communicated. Training, informed advertising, and successful case studies help build faith in the technology and motivate farmers to employ it. Community involvement and practical examples in Bogra can boost social approval as farmers see the benefits of solar-powered irrigation. Sharecroppers, a large part of Bangladesh's agricultural community, need subsidies or reasonable financing. This paper examines the economic viability and socio-economic acceptability of solar-powered irrigation systems in Bangladesh, specifically in Bogra. The goal is to sustainably enhance agriculture in the region by examining many options and strategic methods. This field addresses the critical need for environmentally friendly and sustainable irrigation solutions.
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DOI: http://dx.doi.org/10.46827/ejsss.v9i5.1675
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