FESIBILITY OF USING KINETIC ENERGY FROM TIDAL CURRENT AS A RENEWABLE ENERGY RESOURCE IN THE PERSIAN GULF

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Rashid Ali; Hasanzadeh Smaeyl

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Seminar Paper

Paper Information

Seminar: INTERNATIONAL CONFERENCE ON COASTS, PORTS AND MARINE STRUCTURES (ICOPMAS) PORTS & MARITIME ORGANIZATION
Year:2010 | Issue:9

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Title

FESIBILITY OF USING KINETIC ENERGY FROM TIDAL CURRENT AS A RENEWABLE ENERGY RESOURCE IN THE PERSIAN GULF

Author(s)

Rashid Ali | Hasanzadeh Smaeyl | Issue Writer Certificate

Keywords

RENEWABLE ENERGY

KINETIC ENERGY

TIDAL

Abstract

INTRODUCTION: RESEARCH AND DEVELOPMENT ACTIVITIES FOR HARNESSING TIDES AS A SOURCE OF ELECTRIC POWER ARE PART OF A WORLD TREND OVER THE LAST THIRTY YEARS, MARKED BY THE INTRODUCTION OF NEW RENEWABLE ENERGY SOURCES AND THE TAPPING OF THE LOCAL POTENTIAL FOR EXPLOITING THESE SOURCES. THE MOST RECENT ENDEAVORS AT HARNESSING THE TIDE HAVE FOCUSED ON CONVERTING THE HYDRAULIC POWER OF TIDES INTO ELECTRICITY [1]. THE KINETIC ENERGY OF THE FLOW IS THEN USED, AS OPPOSED TO THE POTENTIAL ENERGY IN THE CASE OF THE TIDAL BARRAGE CONCEPT. [2]. THE PERSIAN GULF IN WHICH THE PEAK TIDAL CURRENTS EXCEED 2 M/S. THE PRESENT STUDY WE PURPOSE THE LARGEST VALUES IN A SECTION OF THE INNER GULF IN WHICH TWO POINTS ARE SELECTED FOR A DETAILED ASSESSMENT OF THE RESOURCE.

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APA: Copy

Rashid, Ali, & Hasanzadeh, Smaeyl. (2010). FESIBILITY OF USING KINETIC ENERGY FROM TIDAL CURRENT AS A RENEWABLE ENERGY RESOURCE IN THE PERSIAN GULF. INTERNATIONAL CONFERENCE ON COASTS, PORTS AND MARINE STRUCTURES (ICOPMAS). SID. https://sid.ir/paper/907174/en

Vancouver: Copy

Rashid Ali, Hasanzadeh Smaeyl. FESIBILITY OF USING KINETIC ENERGY FROM TIDAL CURRENT AS A RENEWABLE ENERGY RESOURCE IN THE PERSIAN GULF. 2010. Available from: https://sid.ir/paper/907174/en

IEEE: Copy

Ali Rashid, and Smaeyl Hasanzadeh, “FESIBILITY OF USING KINETIC ENERGY FROM TIDAL CURRENT AS A RENEWABLE ENERGY RESOURCE IN THE PERSIAN GULF,” presented at the INTERNATIONAL CONFERENCE ON COASTS, PORTS AND MARINE STRUCTURES (ICOPMAS). 2010, [Online]. Available: https://sid.ir/paper/907174/en

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