Global Energy Technologies_rev1e-090115

Global Energy Technologies, Inc. : 

Global Energy Technologies, Inc. Sustainable Energy Solutions for the World

Our Changing World : 

Our Changing World

Slide 3: 

Our Changing World

20% Green Energy : 

20% Green Energy

Why is Wind Energy Important? : 

Why is Wind Energy Important? Supplemental to solar, hydro, geo-thermal, nuclear etc. Spread the risk across multiple clean energy sources. Truly “green” energy source with minimal impact on the environment. Reduce foreign oil dependence.

Wind Energy Advantages : 

Wind Energy Advantages Green energy source. Energy creation over long periods of time. Wind is free and abundant. Excellent resource for remote areas. They can be deployed in various sizes. Multiple land use.

Wind Energy Disadvantages : 

Wind Energy Disadvantages Wind is not constant, so energy output varies. Energy outputs do not respond to on-demand needs. Limited operational wind speed range of 10-30 MPH. Many consider large windmills an eyesore. Noise complaints. Blades and rotor mechanisms stress over time and may require replacement. Large windmills often cost more than $1.50 million. Questionable financial return without tax credits and other subsidies. Servicing large windmills is costly and difficult. Remote systems cannot be serviced in timely manner.

Questions : 

Questions How do we claim the advantages of wind technology and eliminate or mitigate the disadvantages? How do we insure that we’re using the right technology for the specific application? Can wind technology be combined with other technologies to improve the overall efficiency of a more complete energy generation system? Are we utilizing the latest technology and thereby improving our chances of greater efficiency and ROI?

Current Windmill Technology : 

Current Windmill Technology

Wind Sail Receptor Technology : 

Wind Sail Receptor Technology

Size Matters : 

Size Matters World’s Largest Windmill Blade Over 61.5 meters (over 200 feet) long

Slide 12: 

Windmill Efficiency For the three blade design the efficiency curve looks like this: Maximum efficiency: 44% @ 8 meters/sec (18 MPH) Average efficiency: 20%

Slide 13: 

Wind Sail Receptor Efficiency

Slide 14: 

Wind Sail Receptor Efficiency

Capital Costs : 

Capital Costs $1.5 Million or more Decades to recoup investment

Economic Sustainability : 

Economic Sustainability Our Goal – Create an economically sustainable model. Component modularity System flexibility GET’s technology does NOT rely on external subsidies for economic viability or profitability. In the meantime – added profitability X Not Competitive

Built to Last? : 

Built to Last? Standard industry maintenance set-aside: 1.5 to 2 cents per kw/h additional cost Our maintenance set-aside: .5 cents per kw/h Smaller form factor = less maintenance

Addressing the Issues : 

Addressing the Issues CONSTANT energy production Energy production in calm conditions Continued energy production during maintenance and service Energy Storage is KEY

Energy Storage Scenario : 

Energy Storage Scenario

Value Model : 

Value Model Combined energy systems are currently available. Wind-Only systems can be retrofitted to utilize hydrolysis technology. Complete Energy Generation System for same cost as a stand-alone wind farm. More Energy Constant Energy output 24/7 and under all wind conditions Lower capital costs Very low maintenance costs Higher Profits Greater Savings

Thank You : 

Thank You All rights reserved. Copyright © 2008 Global Energy Solutions, Inc. Contacts Kent Harmon – CEO/Pres (801) 362-0466 kent@gblnrg.com Carl Hardman – VP Construction (435) 703-3953 carl@gblnrg.com Vaun Bethers, P.E. – VP Engineering (435) 703-1747 vaun@gblnrg.com David Gallagher – Dir. Marketing (801) 735-3498 david@gblnrg.com