Portable Hydroelectric Generator - 2025

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Overview:

This project focused on designing a lightweight, stake-mounted hydroelectric generator capable of harnessing river currents to produce renewable energy. The system features an aluminum frame secured with stakes in the riverbed, supporting a turbine positioned in the water flow to convert kinetic energy into electricity.

Key Concepts Explored:

• Fluid dynamics of water flow and turbine design

• Energy conversion and generator coupling

• Structural stability and material optimization for lightweight, portable systems

What I Learned:

I developed a deeper understanding of how fluid mechanics and structural design intersect in renewable energy applications. This project also highlighted the importance of modularity and portability in engineering solutions for remote and emergency contexts.

Outcome:

The generator design targets an output of approximately 200 W, making it suitable for charging batteries and powering small devices. Its modular, stake-mounted design allows for quick deployment without permanent infrastructure, demonstrating the potential for sustainable energy in off-grid environments.