Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built...

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Tidal Energy Tidal Energy at the at the Uldolmok Strait, Korea Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean Research & Development Institute

Transcript of Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built...

Page 1: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

Tidal Energy Tidal Energy at theat the

Uldolmok Strait, KoreaUldolmok Strait, Korea

Tidal Energy Tidal Energy at theat the

Uldolmok Strait, KoreaUldolmok Strait, Korea

Testing of the Gorlov Helical Turbine designed and built by

GCK Technology, Inc. conducted by the

Korea Ocean Research & Development Institute(“KORDI”)

Testing of the Gorlov Helical Turbine designed and built by

GCK Technology, Inc. conducted by the

Korea Ocean Research & Development Institute(“KORDI”)

Page 2: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

The inventor, Dr. Alexander Gorlov, with a sub-unit of the

Gorlov Helical Turbine (“GHT”)

during construction of the GHT

(1m diameter, 2.5 m length)

tested by KORDI in the

Uldolmok Strait.

Page 3: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.
Page 4: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

VARIOUS ROTORS

Page 5: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.
Page 6: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

Demonstration projectsCape Cod--1996

Page 7: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

Tidal Power system with 3 GHTs under a motel in Maine, May 2003

Page 8: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

Shelter Island Strait, July 2004

Page 9: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.
Page 10: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.
Page 11: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.
Page 12: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.
Page 13: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

The first tidal power The first tidal power generation from a GHT generation from a GHT was on July 10, 2002. was on July 10, 2002.

The 1 meter GHT The 1 meter GHT turned at 160-180 turned at 160-180

rpms rpms in a 4 knot current in a 4 knot current and generated 8-10 and generated 8-10

kW.kW.

The first tidal power The first tidal power generation from a GHT generation from a GHT was on July 10, 2002. was on July 10, 2002.

The 1 meter GHT The 1 meter GHT turned at 160-180 turned at 160-180

rpms rpms in a 4 knot current in a 4 knot current and generated 8-10 and generated 8-10

kW.kW.

Page 14: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

In 2004 GCK built a larger GHT,

2.2 m in diameter

and 2.5 m in length to be

tested at KORDI’s site in the Uldolmok

Strait.

Page 15: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

1 meter and

2.2 meter GHTs during

testing by KORDI in the

Uldolmok Strait.

Page 16: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

GORLOV’S CONCEPTUAL DESIGNfor a floating power station in the Uldolmok Strait

Page 17: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

KORDI’S CONCEPTUAL DESIGNfor a fixed power station in the Uldolmok Strait

Page 18: Tidal Energy at the Uldolmok Strait, Korea Testing of the Gorlov Helical Turbine designed and built by GCK Technology, Inc. conducted by the Korea Ocean.

KORDI ESTIMATESKORDI ESTIMATES OF OF

TIDAL POWERTIDAL POWER IN THEIN THE

JIN-DO ISLAND AREAJIN-DO ISLAND AREA

Uldolmok Strait = 470 MW

Jaing Juk Strait = 1,230 MW

Maeng Gol Strait = 1,910 MW

TOTAL = 3,610 MWTOTAL = 3,610 MW

This is the equivalent of 3.5 nuclear power

plants

KORDI ESTIMATESKORDI ESTIMATES OF OF

TIDAL POWERTIDAL POWER IN THEIN THE

JIN-DO ISLAND AREAJIN-DO ISLAND AREA

Uldolmok Strait = 470 MW

Jaing Juk Strait = 1,230 MW

Maeng Gol Strait = 1,910 MW

TOTAL = 3,610 MWTOTAL = 3,610 MW

This is the equivalent of 3.5 nuclear power

plants