Eco-Friendly Energy from Flowing Water: A Review of Floating Waterwheel Power Generation

This review explores the potential of floating waterwheel power generation systems as a sustainable source of energy. With increasing concerns about environmental degradation and the need for renewable energy sources, the utilization of flowing water for power generation presents an attractive solution. By analyzing existing literature and case studies, this review assesses the feasibility and effectiveness of floating waterwheel systems in harnessing energy from rivers and streams. Key metrics, including the total potential of floating hydro generation systems and their contribution to renewable energy, are evaluated to provide insights into the scalability and impact of this technology. Furthermore, the review identifies the most viable types of generating systems and highlights the environmental benefits they offer. This paper outlines the significant potential of floating hydro generation systems, with an estimated contribution of up to 10% of global renewable energy production. Among these systems, tidal barrage technology stands out as the most viable option, offering predictability and high energy density. By harnessing the power of moving rivers and tides, this technology addresses the pressing demand for clean energy while minimizing environmental impact compared to traditional dams. By addressing these aspects, this study aims to contribute to the advancement of eco-friendly energy solutions and provide valuable insights for policymakers, researchers, and industry professionals working in the field of renewable energy.