230 likes | 344 Vues
This document explores innovative hydropower solutions designed to empower Cambodia's energy landscape, focusing on the Tonle Sap Lake. It discusses the challenges faced, including limited energy production and high tariffs, and presents visionary designs such as the water wheel and generator systems. The analysis includes life cycle assessment, maintenance, and the role of Live and Learn staff in implementation. The findings highlight significant environmental, economic, and social benefits, showcasing a sustainable path forward for renewable energy access in Cambodia.
E N D
Hydrosiris Hydropower: An energising future for the Tonle Sap
Overview • Introduction • Challenge and Solution • Energy in Cambodia • Design Overview • Water wheel • Generator • Bearing System • Protective Shield • Analysis of Designs • Life Cycle • Maintenance • Live and Learn Staff • Implementation • Applications • Safety Conditions • Benefits • Conclusion • Acknowledgements • Questions
Challenge and Solution Location Harnessing a Renewable Energy Source
Energy in Cambodia Limited Production Natural Resources Kamchay Dam(CAII News Media, 2008) High Tariffs (EWB challenge Design Projects, 2009) Limited Access
Design Overview • Water Wheel • Generator • Bearing and Axle System • Protective Shield
Water Wheel Idea 1:
Water Wheel Idea 2:
Bearing System Idea 1: Ball Bearings
Bearing System Idea 2: Bush Bearing
Bearing Systems Idea 3: Point Bearing
Safety Conditions Training Personal Protective Equipment Sign Posting
Implementation Left: Water flow into the Tonle Sap Lake Above: Electricity usage in Rural Cambodia
Benefits Environmental Economic Social
Acknowledgements John Verran Chris Rowles Nathan Scott