Abstract

This paper presents a practical application of Harvesting Ocean Power of Break Waves in the Indian ocean shores, conversion into Electrical Energy, and distribution to the Coastal States. The Indian peninsula has ten coastal states that can generate electricity from Wave Energy Converters (WEC). Unlike Western countries, off-shore WECs of each more than 500 kW are built-in Oscillating Water Column (OWC) of Floating Wind Power, Heavy Buoy Device, etc. We employ 30 to 35 numbers array of PM alternators of each 30 to 50 kW. They are positioned in a zigzag pattern at 100 to 150 meters long on the Shallow Water shore, where the Breaking Sea Waves evolve to give one MVA power or more. The generated power is brought to the shore stations for conditioning and converting to three-phase 440 Volts 50 Hz power for distributions. We have the potential to transform Break Wave Power of 40,000 MVA through the length of the Indian Ocean shore.

Highlights

  • The first Wave Energy Converter (WEC) was with a Float and a Hydraulic System [1] in 1898

  • The various design parameters in our work are for low-speed, high- power water immersed Permanent Magnet (PM) Alternators

  • The turbine absorbs the breaking wave to impart the power to the PM Alternator

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Summary

Introduction

The first Wave Energy Converter (WEC) was with a Float and a Hydraulic System [1] in 1898. Floating Wind Turbine – Wave Energy Converter has been combined, as discussed by Jocelyn Maxine Kluger [2]. The various design parameters in our work are for low-speed, high- power water immersed PM Alternators. Of India [12] recently notified that the Ocean Energy as Renewable energy is an added motivation for installing WECs all over Indian Coasts to harvest the Ocean Break Wave Power. The development of the power generator from Ocean BreakWaves in seashore with PM Alternators is designed and manufactured for the pilot project successfully. International Journal of Electrical Components and Energy Conversion 2021; 7(1): 10-16

Power of the Break Wave from the Ocean Shore of Indian Coast
Small Power WECs and Advantages Using in Indian Sea Shores
Linear Wave Theory and Breaking Sea Wave Power
Design and Development of Turbine
Survey in the Indian Shore for the Installation of WEC
Design and Development of Low Speed PM Alternator
Specification of PM Alternator
Experimental Setup and Testing of PM Alternator
Conclusion
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