Run-of-the-River Hydropower Plants
We offer fully integrated engineering services to support the planning, design, and optimization of hydropower infrastructure. Our approach combines cutting-edge hydrological modeling, hydraulic simulation, and structural engineering to deliver efficient, site-specific solutions for both run-of-river and storage-based systems. From identifying viable locations through advanced watershed analysis to fine-tuning turbine performance and optimizing civil structures, our team ensures that each project meets the highest standards of technical reliability, environmental compatibility, and energy efficiency.
1. Hydropower Potential Assessment & Site Selection
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Watershed-scale hydrological modeling using tools like QSWAT+
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Simulation of runoff, flow accumulation, and seasonal discharge
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Identification of viable hydropower sites based on terrain, flow, and accessibility
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Preliminary energy yield estimation and site ranking
2. Hydraulic Modeling & Flow Simulation
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River and reservoir flow modeling using HEC-RAS (1D/2D)
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Advanced CFD simulations for flow velocity, water surface profiles, and turbulence
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Assessment of sediment transport and scouring
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Flood scenario modeling under steady and unsteady conditions
3. Civil Design & Structural Optimization
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Structural design and optimization of intakes, penstocks, spillways, and powerhouses
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Evaluation of structural safety, hydraulic efficiency, and cost-effectiveness
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Custom solutions for run-of-river and storage-based systems
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Integration of topography, geotechnical, and hydrodynamic considerations
