Studies on Wave and Tidal Power Converters for Power Production
K. A. Khan, Md.Sujan Miah, Md. Iman Ali, Sujan Kumar Sharma, Abdul Quader
Abstract
K. A. Khan, Md.Sujan Miah, Md. Iman Ali, Sujan Kumar Sharma, Abdul Quader
Abstract
Wave and Tidal energy is a predictable, environmentally desirable source of power. The use of water to create electricity comprises a number of technologies, primarily wave power. The long-term potential of wave power is estimated to be between 10-15% of global electricity consumption. Wave power captures energy generated by the waves, by using the rise and fall of waves to activate pumps and generators. Wave power is more predictable than wind power, as waves normally continue for six to eight hours after the wind drops. This allows wave power to smooth out some of the volatility of wind-generated power. Wave power installations are not only less visible and less noisy; they also positively influence the living conditions of fish by providing sheltered areas. Hence, as the technology matures further and costs are brought down, wave power can be one of the intelligent energy sources of the future.
OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Wave and Tidal energy is a predictable, environmentally desirable source of power. The use of water to create electricity comprises a number of technologies, primarily wave power. The long-term potential of wave power is estimated to be between 10-15% of global electricity consumption. Wave power captures energy generated by the waves, by using the rise and fall of waves to activate pumps and generators. Wave power is more predictable than wind power, as waves normally continue for six to eight hours after the wind drops. This allows wave power to smooth out some of the volatility of wind-generated power. Wave power installations are not only less visible and less noisy; they also positively influence the living conditions of fish by providing sheltered areas. Hence, as the technology matures further and costs are brought down, wave power can be one of the intelligent energy sources of the future.
Key concepts: Wave power, Electricity, Wind power, Electricity generation, Tidal power, Power (physics), Environmental science, Electrical engineering