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Installed Generator

This was the Guinea shore unit which the inventor shipped from Virginia to Conakry in 2008.

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Installing the Underwater Portion

Launching the second water unit in Guinea, February 2009

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Energy Transfer to Shore from Ocean Waves

Launching the second water unit in Guinea, February 2009.

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Ocean Wave Energy conversion or transfer via cable to shore

These were the first and second shore units in Guinea

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Real Example, starting with artist’s rendering to show underwater portion

Real Example, starting with artist’s rendering to show underwater portion

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SIMPLICITY vs. COMPLEXITY: The distances through which physical forces can be transmitted with steel cable should be obvious to those who have gone long distances over ski resorts and up steep inclines in gondolas.

The principal physical challenge for this design is a sufficiently heavy anchor to keep the water unit in place. The volume of the float can be as large as that of any large buoy or small boat, and the float need not even reach the water surface to react to swells passing above it. A simple glance at any of the following devices, all of which are being seriously studied, should give a sense of the vast capital savings possible.

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