Tidal & Offshore Solar: Reducing CO2 Emissions
- A comprehensive new study indicates that offshore renewable energy (ORE) sources possess teh potential to far exceed current expectations, possibly doubling the world's electricity demand.
- the study emphasized the importance of assessing resource potential rather than focusing solely on technological maturity.
- To achieve net-zero carbon dioxide emissions, projections suggest that renewables must account for at least 60% of global energy generation by 2030 and 80% by 2050.
Harnessing the power of the oceans, a new study reveals that offshore renewable energy (ORE) holds the potential to dramatically reshape the global energy landscape. researchers have uncovered previously overlooked opportunities to advance clean energy growth, possibly doubling the world’s electricity demand through strategic deployment of resources such as offshore wind, wave energy, and offshore solar. To meet net-zero goals, renewables must constitute 60% of global energy by 2030; therefore, the potential of ORE is more significant than ever. News Directory 3 has observed that the study emphasizes a critical need for increased investment in these crucial technologies. Discover what’s next in the evolution of lasting energy sources.
Offshore Renewable Energy potential Could Double Global Electricity Demand
A comprehensive new study indicates that offshore renewable energy (ORE) sources possess teh potential to far exceed current expectations, possibly doubling the world’s electricity demand. Researchers at the University of Strathclyde conducted an interdisciplinary comparison of various ORE resources, revealing significant, previously overlooked opportunities for clean energy development.
the study emphasized the importance of assessing resource potential rather than focusing solely on technological maturity. james Spalding, led researcher and Ph.D. student, noted the research identified significant opportunities for clean energy.He added that ORE could improve clean energy access for nations dependent on fossil fuels.
To achieve net-zero carbon dioxide emissions, projections suggest that renewables must account for at least 60% of global energy generation by 2030 and 80% by 2050. However,in 2019,renewable energy sources comprised only 23% of the global energy supply,with less than 1% derived from ORE sources. The majority of ocean energy capacity is concentrated in Europe,originating from offshore wind,tidal current,and wave energy converters.
the research team evaluated data from six global regions: the eastern North Atlantic, Mediterranean, eastern North Pacific, coastal Asia, western North Atlantic, and the southern hemisphere. They assessed six ORE sources: offshore wind, wave energy, offshore solar, ocean currents, tidal range, and ocean thermal energy conversion (OTEC).
What’s next
The findings suggest a need for increased investment and development in offshore renewable energy technologies to meet future energy demands and climate goals. Further research and development could unlock the full potential of ORE sources and accelerate the transition to a lasting energy future.