Power Solutions Oklahoma State University Multi-Disciplinary Senior - - PowerPoint PPT Presentation

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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


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Power Solutions

Oklahoma State University Multi-Disciplinary Senior Design Project Engineering-Business-Communications

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SLIDE 2

Team Members

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Client

  • Mr. Bill Moskwa
  • AERO Component Repair, LLC
  • Durant, OK
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Problem Statement

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

  • needed. Exploring the possible integration of

wind to hydrogen through electrolysis will provide homeowners and businesses the ability to produce and store clean energy.

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Electrolyzer Components

  • Water
  • Power Source
  • Electrolyte
  • Electrodes
  • Separator
  • Plumbing for Hydrogen

and Oxygen

  • Waste Stream

Electrolysis Cell Waste O2 H2 Electrolyte Water Energy

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Prototype Testing

  • Surface Area Test

– Plate – Mesh – Dutch Weave Wire Cloth

  • Electrode and Electrolyte Test
  • Solid Polymer Electrolyte (SPE) Test
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Cost Effective and Efficient

  • Final recommendation will be based on

– Benefit/Cost Analysis of each test – Efficiency – Amount and purity of hydrogen produced

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Communications Plan

  • Picture of website
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SLIDE 9

Communications Plan

  • Blog
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Marketing Plan for AERO Component Repair, LLC

  • Web site
  • Logo design
  • Brochures
  • Business cards
  • Letterhead
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SLIDE 11

4 8 12 16 2004 2005 2006 2007 2008 % Year

Renewable Power Generation in the US: Industry Revenue Growth Rate

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SLIDE 12

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

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Economic Analysis

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

  • Misc. Plumbing

$25.00 Total Cost $736.00

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Potential Customers

  • Business-to-consumer

– Early adopters – Specific consumer segments unknown – Market demand requires further research

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Potential Customers

  • Business-to-business

– Hydrogen engines

  • Hydrogen Engine Center, Inc.

– Wind Turbines

  • Small turbines for residential, farm and

commercial/industrial use

– Communication facilities

  • Cell phone towers
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Green Budget

  • Green Jobs
  • New Green Technology

$6,000,000,000

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Task List

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Gantt Chart

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Conclusion

  • A Series of tests should yield an
  • ptimum combination of materials.
  • Market research has been conducted

and marketing campaigns are in the works.

  • Industry analysis supports the

electrolyzer market