Power Solutions
Oklahoma State University Multi-Disciplinary Senior Design Project Engineering-Business-Communications
Power Solutions Oklahoma State University Multi-Disciplinary Senior - - PowerPoint PPT Presentation
Power Solutions Oklahoma State University Multi-Disciplinary Senior Design Project Engineering-Business-Communications Team Members Client Mr. Bill Moskwa AERO Component Repair, LLC Durant, OK Problem Statement With ever-changing
Oklahoma State University Multi-Disciplinary Senior Design Project Engineering-Business-Communications
With ever-changing energy costs, fossil fuels polluting the environment and few viable alternative energy sources available, an affordable wind to hydrogen energy product is
wind to hydrogen through electrolysis will provide homeowners and businesses the ability to produce and store clean energy.
and Oxygen
Electrolysis Cell Waste O2 H2 Electrolyte Water Energy
– Plate – Mesh – Dutch Weave Wire Cloth
– Benefit/Cost Analysis of each test – Efficiency – Amount and purity of hydrogen produced
4 8 12 16 2004 2005 2006 2007 2008 % Year
Renewable Power Generation in the US: Industry Revenue Growth Rate
71.20% 10.50% 8.10% 3.90% 3.60% 2.20% 0.40% 0.10%
Renewable Power Generation in the US: Products and Services Segmentation
Hydroelectricity Wood-fired electricity Wind power Geothermal power Other Waste generated electricity Other renewables Solar power
Total System Cost Estimate Component Cost Wind Generator $475.00 Smart Switch $250.00 Electrolyzer $155.00 Compressor $5,000.00 Storage Device $500.00 Generator/Fuel cell $1,500.00 Total Cost $7,880.00 Most Expensive Prototype Electrolyzer Component Cost Container $75.00 Electrode Material $236.00 Separator (SPE) $400.00
$25.00 Total Cost $736.00
– Early adopters – Specific consumer segments unknown – Market demand requires further research
– Hydrogen engines
– Wind Turbines
commercial/industrial use
– Communication facilities
and marketing campaigns are in the works.
electrolyzer market