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This project focuses on the integration and enhancement of various renewable energy technologies, particularly through the refinement of solar collection systems and micro-hydro generators. Key innovations include the development of advanced battery technologies such as lithium-ion, lead-acid, and supercapacitors, as well as the design of efficient power converters for both clean and dirty power. The initiative aims to demonstrate the viability of integrated renewable systems, emphasizing improved energy efficiency, increased power density, and extended battery life.
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Core Function AY 2011-12 AY 2012-13 AY 2013-14 • Solar Collection Capture/ Collect Refine and integrate two of previous projects Design for increased power, improve high risk solution • Wine Turbine Integrate and Demonstrate • Micro Hydro Generator • Lead Acid Battery Improve Power Density and Battery Life • Fuel Cell Storage • Lithium Ion Battery • Super Capacitor • NiCAD Battery • LVE Dirty Power Converter Take standalone converters and merge with LVE/WOCCSE • WOCCSE Dirty Power Converter Conversion • LVE Clean Power Converter • WOCCSE Clean Power Converter • Charger Power Converter Complete System Transmission Lines to Indoor Charging dock Transmission Consumption • Controller for Capture to Storage 1 Incorporate WOCCSE to remote signal collection/transmission Control • LED Charge Indicators • Controller for Storage 1 to charging dock