Identification of Multipurpose Hydropower Potential, East Assam, India
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This book explores the identification of small-scale multipurpose hydropower potential in upper Assam, emphasizing sustainable energy solutions. It integrates hydrology, geology, and geo-mechanics to assess and prioritize sites for mini, micro, and pico hydropower projects. The study employs comprehensive flow and head analyses, geo-mechanical testing, and morphotectonic assessments to ensure site feasibility and safety in a seismically active region. This research advocates for low-impact, scalable solutions that support energy access, irrigation, and rural development by addressing challenges associated with large-scale dams, such as environmental impact and community displacement. The findings offer a model for harnessing untapped hydropower potential in Northeast India, paving the way for sustainable development while minimizing ecological disruption. This work is ideal for researchers, policymakers, and engineers. It bridges the gap between resource potential and practical implementation, presenting a vision for resilient, community-focused energy infrastructure.
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This book explores the identification of small-scale multipurpose hydropower potential in upper Assam, emphasizing sustainable energy solutions. It integrates hydrology, geology, and geo-mechanics to assess and prioritize sites for mini, micro, and pico hydropower projects. The study employs comprehensive flow and head analyses, geo-mechanical testing, and morphotectonic assessments to ensure site feasibility and safety in a seismically active region. This research advocates for low-impact, scalable solutions that support energy access, irrigation, and rural development by addressing challenges associated with large-scale dams, such as environmental impact and community displacement. The findings offer a model for harnessing untapped hydropower potential in Northeast India, paving the way for sustainable development while minimizing ecological disruption. This work is ideal for researchers, policymakers, and engineers. It bridges the gap between resource potential and practical implementation, presenting a vision for resilient, community-focused energy infrastructure.
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