PRODUCTS
All equipment are manufactured and provided specifically for use with the Renewable Energy Wave Gear Drive System and Coordinated Offshore Energy Extraction, Wind, Wave and Ebb/Tide.
Electrical Equipment, Protective Gear and Monitoring/Control are provided by one Supplier.
1. “Construction Unit”
The “Construction Unit” is of modular construction, shop-fabricated and towed offshore.
2. Wave Water Pump-WWP
Utilize the wave energy to pump a small quantity of water to a high head, collect and feed to a hydro-turbo generator to generate electric power at competitive cost.
3. Wave Air Pump-WAP
Utilize the kinetic energy of the wave to compresses a small quantity of air to a high pressure collect and feed into the air inlet of a turbo generator.
Fuel is injected as needed to maintain turbo generator output irrespective of availability of waves, thus producing electric energy at reduced fuel consumption.
4. Wave Gear Drive Pump-WGDP
Utilize the wave energy to directly drive a rotary or reciprocating pump through a gear and pulley system to pump a small quantity of water to a high head, collect and feed to a hydro-turbo generator to generate electric power at competitive cost.
5. Wave Gear Drive Generator-WGDG
Utilize the wave energy to directly drive a Variable Speed AC Generator, to directly generate electric energy.
Utilize the wave energy to drive a DC Generator to generate electric power, convert to AC power, condition, feed to a step up transformer and transmit to the shore.
6. VSG-“Isosync” Generator
The VSG “Isosync” Generator by VSG-USA runs at a wide range of speed; will not discard its load, will continue to generate power of the same frequency and voltage as the utility line it is in parallel with. The “Isosync” VSG generator does this WITHOUT the use of complicated speed controls, power electronics or inverters. The “Isosync” VSG will harness power sources more efficiently or that otherwise could not be utilized with standard AC generators.
7. Offshore Wind Turbine
a. One wind turbine is installed per one or more “Construction Unit”.
b. Reduce the blade sweep to approximately 19 or 38-meters diameter to reduce construction, operation and maintenance costs.
c. The Wind Turbine axis may be Vertical or Horizontal.
d. Transfers wind turbine torque and pitch control via direct drive shafts at low RPM to the deck level, to drive pumps and/or VSG generators.
e. No equipment other than a simple angular gear is installed at the top of the wind turbine support structure.
8. Ebb/Tide Turbines
a. One to six (6) Ebb/Tide turbines are installed per “Construction Unit”.
b. Mechanically transfers turbine torque, pitch and rotation control via a gear chain or angle gear to a VSG generator at the deck.
c. The Ebb/Tide Turbine axis may be Vertical or Horizontal. Vertical axis turbines do not need conic sections.
d. Conic sections at both turbine ends amplify water velocity above 2 m/s, and are provided with screens to prevent ingress of debris and wildlife.
9. Wind Turbines
a. One wind turbine is installed per one or more “Construction Unit”.
b. Reduce the blade sweep to approximately 19 or 38-meters diameter to reduce construction, operation and maintenance costs. This is to keep modular construction.
c. The Wind Turbine axis may be Vertical or Horizontal.
d. Transfers wind turbine torque and pitch control via direct drive shafts at low RPM to the deck level, to drive pumps and/or VSG generators.
e. No equipment other than a simple angular gear is installed at the top of the wind turbine support structure.
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