1. Tidal Energy for Power and Profit
Water Wall Turbine
Tidal Energy for Power and Profit

2. The Problem
The Emerging Tidal Energy Market needs a disruptive, cost effective technology to become a major player in Renewable Energy Market Place
Throughout the entire presentation you must tie it back to the pain statement and the value proposition

3. Water Wall Turbine Disruptive Technology
Highly Efficient Energy Extraction
Low Installation Costs
Low Energy Production Cost
Absolute Eco- and Bio-friendliness
Construction & Installation Simplicity
No long term effect on Habitats
Scalable 500kW, 1MW, 2MW, 5MW, 10MW
Single or Multiple installations
Float technology channels & accelerates current
Harvests both Potential and Kinetic Energy
Fully assembled turbine floated to the site
Deep or shallow waters operation
Bi- or Mono-Directional (Tidal or River Currents)
International IP patents 3

4. Market Opportunity Two important market segments for WWT:
Diesel Generation Displacement
200,000 units world wide for remote communities
On-Grid Connection
Predictable clean energy

5. Market Development Plan
Step 1 – First Commercial Site
Remote Private Fishing Lodge
ROI based on diesel displacement
1 MW Turbine
Step 2 – Other Remote Communities
Based on first installation success
Minimum 2 other units in the area
1 – 2 MW Turbines
Step 3 – On-Grid Project
Approved on-grid site
2 MW Turbine
Generate $1 million per year in sales to Utility
Step 4 – International Sales
Develop sales plan / international licensing
Many prospects already awaiting initial results
How fast will you penetrate the market?
What will you need to accomplish your goals at each stage?
Time to profit? Time to revenue?

6. Product answers the need for low cost, predictable clean energy
Development Status
Detailed design complete
1:6 scale model ocean testing
Initial site approvals complete
First customer committed based on successful installation systems test

7. Industry-leading energy extraction efficiency
Competitive Edge
Key competitive edge:
Low cost development
use of well-established wind components
all power train components are surface mounted
Low life cycle costs
Ease of operation and maintenance on secure floating platform
Industry-leading energy extraction efficiency
Low cost of electricity ( cents per kWh)

8. Financial Forecast
World Market comprises Tidal and River Streams for either remote power, diesel displacement and on-grid operation in multiple arrays.
With 200,000 commercial diesel units installed world wide, an estimated 1% are near a fast moving current.
Multi-array systems in large tidal areas are expected
From inquiries to-date, an estimate of 20 units with in the first 2 years of operation are expected.
Total units expected over 5 years in excess of 200 units.
At a cost of $2,000,000 per MW produced, the total sales could realistically reach $400 million

9. Marek Sredzki – Founder Lodewyk Botha - Founder Russell Baker
Team
Management Team
Marek Sredzki – Founder
CEO, Power Plant Engineering & Management
Lodewyk Botha - Founder
CTO, Power Plant Design
Russell Baker
Business and Marketing Consultant

10. Milestones
Completed detailed design, site location selection and analysis, ocean testing of 1:6 scale model and approvals for first installation – Spring 2013
Require final anchoring and power train design, construction to be completed for 1st Quarter 2014.
Deployment and Installation to be completed 2nd Quarter
Parallel construction of second location to begin during 2nd Quarter 2014

11. Asset Highlights
Disruptive Technology
Low Cost / High Efficiency Energy
Large market – Remote and On-Grid
Matching Government Financing

12. Tidal Energy for Power and Profit
Water Wall Turbine
Tidal Energy for Power and Profit