Ocean Current Energy involves harnessing the kinetic energy from steady ocean currents to generate electricity. These currents, such as the Gulf Stream, flow consistently and are not subject to diurnal or seasonal variations like tides.
Addresses the intermittency issues associated with other renewable sources such as wind and solar by providing a constant and reliable source of energy.
Submerged turbines are placed in deep-water locations where persistent currents exist. As water flows past these turbines, they rotate continuously, driving generators that produce electrical power. The energy output is consistent due to the steady nature of ocean currents compared to tidal fluctuations.
Involves custom manufacturing of turbines that can withstand deep-sea conditions, including pressure, corrosion, and extreme temperatures. Turbines must be durable to operate in harsh marine environments for extended periods.
The process includes site selection based on current strength, depth, and environmental impact assessments. Turbines are then designed, manufactured, and deployed using specialized vessels or submersibles. Installation involves mooring the turbines securely to the seabed to ensure they remain in place during strong currents.
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