Tag Archives: Tahiti

Island Wave Energy

  Island Wave Energy Potential

The HUG Island Wave Energy is a game changer. It promises to bring electricity created from ocean wave energy to the ocean shores of the islands of the world  at a very low cost.

The following images are located along the  coast wherever there is a natural small bay. This type of topography reduces the cost of the reservoir.

Islands have the most to gain:


  • Surfer’s Point, Barbados
Barbados Wave Energy:
Barbados Wave Energy: Conset Bay


  • North Shore, Bermuda


  • *Tofino, Jordan River, Byron Bay, Vancouver Island
Vancouver Wave Energy
Vancouver Wave Energy: Tofino


  • La Puntilla (Puerto Plata), Dominican Republic


  • Watergate Bay, Sennen Cove, Cornwall, England 


  • Cloudbreak, Tavarua Island, Fiji
Fiji Wave Energy
Fiji Wave Energy: Suva
Fiji Wave Energy
Fiji Wave Energy: Voua


  • Teahupoo, Tahiti 
Tahiti Wave Energy
Tahiti Wave Energy: Teahupo


  • Grindavik Antenas, Iceland
Iceland Wave Energy
Iceland Wave Energy: Grondavik


  • Lance’s Right, Sipora, Mentawais Islands, Sumatera Barat
  • Uluwatu and Kuta, Bali, Indonesia
  • Nihiwatu, Sumba, Indonesia
  • *Nias Islands, Indonesia
  • *Kanduis, Indonesia
  • * Legon Par, Swari, Indonesia
Indonesia Wave Energy
Indonesia Wave Energy: Lagun Pari Sawai


  • Bundoran Beach, County Donegal, Ireland Ballymore

    Ireland Scotland Wave Energy
    Ireland Wave Energy: Ballymore West


  • Fukuoka, Japan


  • Pasta Point, Maldives
  • Sultans, North Male, Maldives


  • P-Pass, Pohnpei, Federated States of Micronesia


  • Manu Bay, Raglan, New Zealand
  • *Tuapeka Point, Chatham Islands, New Zealand
New Zealand Ocean Wave Energy
New Zealand Wave Energy: Gates Harbour


  • Cloud Nine, Siargao Island, Philippines 
Philippines Wave Energy
Philippines Wave Energy: Siargao Island


  • Coconuts, Samoa
*SCOTLAND: Brue and Barvas
Scotland Wave Energy
Scotland Wave Energy: Brue, Barvas


  • Arugam Bay, Sri Lanka


  • Fulong Beach, Taiwan
Taiwan Wave Energy
Taiwan Wave Energy: Jia Le Shui


  • Shipstern Bluff, Tasmania,


  • Surin Beach, Phuket, Thailand


  • *Pipeline and Backdoor, Oahu, Hawaii
  • *Honolua Bay, Maui, Hawaii
  • *Jaws, Maui, Hawaii
  • *Hanalei Bay, Hawaii
Hawaii Wave Energy
Hawaii Wave Energy: near Maliko Bay



  • The Bubble, Fuerteventura, Canary Islands


  • Ponta Preta, Maio, Cape Verde


  • Flameballs, Madagascar


  • Black Rocks, Bernace, Madame Barry, One Eye, Tailor’s Point 


  • Tofinho Point, Mozambique


  • Cachera, Kelonia, Le Jetty, St. Pierre, Saint Leu

HUG Wave Energy Now enter a new use which is more profitable: the creation of electricity. Now it makes sense to spend over $25 million on the project because of a very lucrative return on investments: 19%/year in first year to 105%/year thereafter.

THINKING “OUT OF THE BOX” Continue reading Island Wave Energy

HUG Slab Wave

Slab Wave Potential



A slab is a piece of reef that sticks out in deep water or deep water sits behind it. Most slabs break in the same spot.  In the figure below, the HUG slab wave, 1, moves fast and hits a shallow reef, 4, at full speed. It lifts out of nowhere within seconds. HUG Slab waves are heavy reef breaks coming out of deep water and breaking in very shallow water. As a thick lip unloads on a shelf, the water doesn’t have anywhere to go but upwards overtopping into a reservoir with all their open-ocean energy intact. That energy gets focused as the depth suddenly decreases.

HUG Slab Wave

Acceleration = a = g (acceleration of gravity) = 9.8 m3/sec                                                                      (Final Velocity)2 = 2 x a x s

In the summer, the head of water is 1.5 m from water forcing through the automatic gates of the artificial reef:

Final Velocity = 5.42 m/sec for 1.5 m drop (s):

 In the winter, the head of water is 5 m from water washing over the walls of the artificial reef:

Final Velocity = 9.9 m/sec for 5 m drop (s) of the crest to sea level.

       Wave heights during storms may exceed 10 meters (33 feet)


HUG Slab Wave

  • Final Power of the Helical Turbine

The formula for Kinetic Energy is KE= ½ x A x V 3 x (.35) efficiency (A = area swept; Velocity)

Diameter of the Helical Turbine in the HUG is 1 m. The radius is 0.5 m: A = π r2 = π (0.5)2 = .785 m2      

  • = ½ x .785 m2 x (42 m/sec)3 x .35 = 21.9 kW/turbine in summer  x 7= .153 MW HUG System
  • = ½ x .785 m2 x (9 m/sec)3 x .35 = 132.6 kW/turbine in winter  x 7= .927 MW HUG System

The velocity of the speed at which a wave travels in winter: period is every 7 seconds for a velocity of 7.6 m/sec (25 ft/sec).

The average height is normally 3m to 4m (10 ft to 13 ft). The slab wave increases by 250%: 7.5 m to 10 m

The individual waves break when their wave height H is larger than 0.8 times the water depth h: a breaker 2 m high would occur in water 2.4 m deep.


HUG Slab Wave

Wave heights are amplified in the region of shallower water. At the wave period of 7 seconds, the significant wave height is 2 m high at depths of 12 m. The slab wave configuration raises the height to 5 m.

The formula for Kinetic Energy is KE= ½ x A x V 3 x (.35) efficiency (A = area swept; Velocity).       

 (Diameter of the Helical Turbine Area: 1 m) = .5 x .5 x 3.14 = .785 m2  The area of the throat of the HUG is .785 m2: radius is 0.5 meter.

HUG Slab Wave Continue reading HUG Slab Wave