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Transformative Energy-Producing Building: Reduce Costs & Enhance Sustainability

The Energy Producing Building initiative highlights the potential to significantly reduce operational costs, specifically by decreasing electricity expenses by 25%. In an era where energy expenditures constitute a major part of company budgets, integrating energy-efficient technologies is crucial. With a total addressable market estimated at $1.2 trillion and potential savings of $60 billion, this innovative approach serves residential, commercial, and industrial sectors, paving the way for a more sustainable future while optimizing financial performance.

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Transformative Energy-Producing Building: Reduce Costs & Enhance Sustainability

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  1. The energy producing building
  2. Energy makes up a significant portion of a company’s operating expense 25% Decrease in Electricity Costs BUDGET
  3. Source: www.eia.gov 22% Residential 19% 31% Commercial 28% Industrial Transportation $1.2 Trillion TAM $60 Billion SAM
  4. 64,000 buildings, 5+ stories each 1.4 million buildings, 2+ stories
  5. Self-sustaining electricity Blades turning Small wind turbine Creates an upward air flow Temperature difference STACK EFFECT
  6. View from the Inside View on the outside
  7. The energy producing building
  8. 3 sources of revenue Equipment Sales 3-5year payback Lease Agreements payments over time Energy Sales sustained income
  9. Manufacturers & Distributors Architects & Engineers Sales Team Glass Manufacturers | Building Owners & Real Estate Developers Politicians & City Council Strategic Corporate Partnerships
  10. LLC Formed Accepted into Cleantech Open Begin Conversation 12/11 9/12 10/12 2/13 5/13 6/13 Patent Filed Protect IP Eric Joins Full-time Signed LOI with NuStyle
  11. Seeking additional $320K for Proof of Concept Phase $400K Personal Investment $80K Outside Investment $80K
  12. sustainable solutions for today’s energy problems Eric.Peterman@GRNESolutions.com Jess.Baker@GRNESolutions.com
  13. Appendices
  14. Prototype Variables: 62 degrees, 2mph wind Result: 5.3mph updraft in the prototype
  15. Model Building
  16. Energy Production Example Clean Energy Trust Office, 2 North LaSalle, Chicago, IL 60602 26 Stories, 96 meters / 316 feet 3 turbine system Production range per year: 90,000 KWH to 1.5 MWH Chicago Commercial Electrical Rates: $0.10/KWh Average Total Electrical Production in Dollars: $9,000 - $15,000 Payback: 3-4 years All revenue generated by the system after that time would either benefit the building owner or be a continued revenue stream for GRNE Solutions depending on the agreement. If this system was located in Hawaii with an average electrical rate of $0.28 it would produce between $25,200 - $42,000. A payback period of 1 - 1.5 years.
  17. Personal Investment Patent LLC Website Model Prototype Marketing Material Marketing Video Tradeshows/ Conferences Travel/Business Meetings International Patent Extension First Project Expenses $80K
  18. 87% of primary energy in U.S.
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