pdf_parrot (Floating Offshore Wind)
@pdf_parrot
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Plundering the seven seas for pdf bounty.
Joined February 2022
The ME State is pursuing a small-scale research project in federal waters for offshore wind energy, commitments to responsible offshore wind efforts, and bringing stakeholders together to minimize the impact of #floatingwind projects on Gulf of Maine... https://t.co/bExV5btzrF
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This work presents a data integration framework that has been implemented into digital twins of a commercial onshore wind farm and a full-scale #floatingwind turbine. Data from the offshore turbine is streamed to clients through the digital twin. The... https://t.co/a2l2I5YzyM
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(too long; didn't read): This issue of Classroom Physics explores the physics of floating and sinking, featuring activities like exploring convection and density. In addition to the pull-out section activities, students learn the story behind... https://t.co/pbAtb8pm3t
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There are a number of Scottish suppliers involved in A Blue Economy Project Developer, leading EPCI contractor offshore wind projects in the UK. These include Subsea 7, a global leader in energy industry delivery and services, based in Westhill,... https://t.co/iowaRwszqO
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The LCOE for a representative land-based wind energy project installed in a moderate wind resource in the United States is $39/MWh, with offshore estimates being $95/MWh and floating substructure reference project estimate being... https://t.co/8gc5EUQ4gM
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There is potential for co-location of wave and wind power technologies in the Celtic Sea, though with a modest correlation (r2 ∼... https://t.co/uw4waC6hbA
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The UK Government's target of deploying 50GW offshore wind power by 2030 offers a potential economic benefit of £92 billion for the UK economy and an export market of over £500 billion to other... https://t.co/OjE9sUS4j7
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#floatingwind is not expected to reach commercial scale until the mid -2030s. Technologies such as floating project and market developments have been developed, but barriers are hindering its industrialization, so it will likely not be able to... https://t.co/Y57ld8qdhV
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The paper discusses the hydrostatic stability and hydrodynamics of a #floatingwind turbine platform integrated with oscillating water columns. This system is a potential method for minimizing the effects of wind gusts and waves on FWTs. Passive... https://t.co/Rb1iMfUs61
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Vattenfall has partnered with BASF to develop the 1.5GW Nordlicht cluster offshore Germany and has 1.1GW of installed wind capacity in the UK, a 798MW Muir Mhor floating farm under development with Fred Olsen Seawind, 500MW of onshore... https://t.co/3FmxVksnJF
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Deep-learning algorithms are used improving the performance and assessment of #floatingwind turbines. This article presents a novel approach to simulating multi-wind turbine interactions on floating platforms by coupling an open source simulation tool... https://t.co/eY3km9JhoN
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SAIPEM's semi-submersible structure is lightweight and offers excellent hydrodynamic performance. It has a passive ballast system for easy installation and accessibility, with remote inspection/monitoring solutions. It is optimized for pre-fabrication... https://t.co/e0kreXUR3n
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Offshore wind farms, with the emergence of deep water #floatingwind turbines (FOWTs) are being fast developed for energy capture in dee-sea areas. Extensive research has been conducted to study features such as wave loads on mooring systems and... https://t.co/xFhkoJRdfA
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AEstate performed a spatial engineering risk assessment of PDA 1 in the Celtic Sea to identify multiple feasible#floatingwind technology types, along with some significant but mitigable technical risks. This was done using Round 5 preconsent surveys... https://t.co/EYFUZ561EE
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----- In this study, the behavior of the wake of a #floatingwind turbine undergoing large motions by a floating structure is studied based on experiments and multi-fidelity simulations from the Offshore Code Comparison Collaboration, Continued, with... https://t.co/wNyctYrlRW
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Develop an unmanned air vehicle to reduce cable installation costs for offshore wind facilities. Where traditional floating cranes can reach speeds of 10km/h, this UAV will fly at 80km/p and have a range of up to 2,000 km allowing operations on even... https://t.co/xpMQfdyS4c
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The government remains committed to its ambition for 50GW of offshore wind, including up to 5GW floating, through the Powering Up Britain initiative by 2030. The AR6 consultation held from December 2022 to February 2023 confirmed the government’s... https://t.co/iIiJLdBTOh
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#floatingwind turbines are becoming more and more popular due to their potential for the development of offshore wind energy. In order to ensure safe structural design, efficient stress analysis methods must be developed for floaters. This paper will... https://t.co/3x6vOkRdNj
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There is a need to assess levelized cost of energy (LCOE) for offshore wind resources in different areas. Costs per MW offshore wind CAPEX and OPEX are considered, as well as immature market premiums scenarios from 5% to 20%, weighted average cost of... https://t.co/E8shCm6ZgM
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Despite the delay in obtaining approval for its 500MW Sunnica solar and battery storage facility, Scottish developer Seawork is confident of delivering on time. A new grid connection option might be considered to provide a faster route to connecting... https://t.co/6SKsNqhQRc
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