OSW Supply Chain的动态

Attention Manufacturers & Fabricators in Offshore Wind! The SIIA invites you to an important event, Offshore Wind & Manufacturing: Local Business Impact, on January 28th from 10:00 AM - 12:30 PM at May Ship Repair, Staten Island. This exclusive session will feature insights from Vineyard Offshore on how local content policies are shaping New York’s offshore wind infrastructure and economic development. You'll learn about key projects like the Excelsior Wind Project, which aims to generate clean energy for over 700,000 homes while investing in local workforce training and supply chains. If you haven’t RSVP’d yet, now’s the time! This is a critical opportunity to connect, discuss, and explore how your business can be a part of the growing offshore wind sector. ?? RSVP NOW to secure your spot: https://lnkd.in/eFgvDbxQ #SIIA #OffshoreWind #Manufacturing #Fabrication #SupplyChain #LocalContent #RenewableEnergy #StatenIsland #VineyardOffshore #EconomicDevelopment #GreenEconomy

As wind energy grows, so does the need for smarter, safer lifting solutions.?Softslings is transforming the industry with advanced synthetic slings designed for wind turbine installation, maintenance, and logistics. Lighter, more flexible, and capable of handling extreme loads, these slings outperform traditional steel ropes and chains. They reduce risks, enhance efficiency, and offer unmatched durability—even in harsh offshore conditions. With Softslings, safety and technology come together, revolutionizing heavy lifting for a more sustainable future in renewable energy. Lift-Tex? Heavy Lift Soft Slings (Extreema?) Animation created by: Fidar Offshore Animation #WindEnergy #LiftingSolutions #SyntheticSlings #RenewableEnergy #SafetyFirst #HeavyLifting #OffshoreTechnology #SustainableFuture

Curious about offshore wind installation? Watching the installation of monopile foundations is like seeing a giant Lego assembly in action. It's the best visual I've seen yet, an almost playful operation. Monopile and turbine installations resemble precision and creativity in renewable energy infrastructure. Credit to southerly TEN for the animation We strive to identify critical enablers and inhibitors to industry adoption. What now? Follow me Leave a question in the comments #GreenEnergy #SustainableSolutions #EnergyLeadership #AustraliaEnergyPolicy #KRISCON Insights #offshorewind

Very interesting animation about the Nacelle loads during operation and the negative impacts in the Yaw system, from Nabtesco. Condition Monitoring Systems (CMS) are becoming increasingly important for a holistic approach to detect anomalies in early stages and allow asset owners to improve maintenance and supply chain activities. https://lnkd.in/dNtcA_VH

?????The CEO of BW Ideol confidently asserts the impossibility of achieving cost competitiveness between concrete and steel floating foundations. ?? His perspective may be biased, given they are the designer of the concrete floater #DampingPool? however, others echo similar sentiments ??. In 2022, DNV released a study sponsored by WindWorks Jelsa, evaluating the potential utilization of Mibau Stema Norge AS (tidligere Norsk Stein AS)’s #Jelsa #quarry for wind projects. The study concluded that #concrete was a more #economical and #eco-friendly option compared to #steel ???? . However, both instances share a common oversight: the lack of consideration for the impact of #modularization on steel floaters. ?? Paul DE LA GUERIVIEREère, in a recent statement to The Times, highlighted the cost disadvantage of #steelfoundations proposed by competitors like #Swansea-based Marine Power Systems Ltd (MPS) due to needing to tow the fully-assembled units from Asia to Europe?? . #DNV's report made a similar observation, assuming for the #carbonfootprint measurement that each fully assembled unit would be transported by the MV #BlueMarlin from Asia ??. Yet, emerging trends in steel #semisubmersible design focus on #modular #construction, eliminating the need for costly towing or large cargo vessels. ?? ?? Marine Power Systems #Pelaflex? uses normal sea transport of primary steel components to a local assembly yard for final construction. ??Ocergy’s #OCGWIND takes this modular approach a step further by eliminating the need for welding at the local assembly site. ??Stiesdal put this into practice with the #Tetraspar? demonstrator, assembling the entire unit at #Grenaa, Denmark. While previous projects like #Windfloat and #Kincardine relied on complete construction followed by towing for integration?? , the future of Floating Offshore Wind Turbines (#FOWT) lies in modularization ??. Low-weight units with ?? #greensteel content that are highly recyclable ?? may compensate for the difference in the cost of raw materials of steel versus concrete as well as provide a floater that enables maximum #installation #efficiency in a single season, signaling a significant leap forward for the industry.?? The Times article: https://lnkd.in/dnv3Hp3p MPS explanation of Pelaflex: (https://lnkd.in/dxiwngG3) Ocergy’s OCG-Wind: https://lnkd.in/dbAqgc2S Stiesdal’s Tetraspar: https://lnkd.in/dTXdTh39 DNV Report for Windworks Jelsa: https://lnkd.in/dmZFtSU9 BW Ideol Damping Pool: https://lnkd.in/dJvUWG6R #floatingoffshorewind #celticsea #offshorewind #UK #France #norway #denmark #recycle #future #industrialization

???? Trick or treat! With Titan, it's all treats! Don't let permitting haunt you and let the professionals take care of it. Happy Halloween! [email protected] www.pstitan.com #Permits #Solar #SolarPermits #Construction #ConstructionPermits #Building #BuildingPermits #Preconstruction #Development

As the world transitions toward cleaner energy sources, floating wind projects are emerging as a promising solution. These ventures, however, come with unique challenges—from soil conditions to cable and mooring configurations. Through Acteon Group we contribute to comprehensive lifecycle support for floating wind projects. ???? https://hubs.ly/Q02sG1vR0

An impressive video from Vestas showcases the process of installing wind turbines! Here are the major components of wind turbines: +Tower The tower is the vertical structure that supports the nacelle and the blades of the wind turbine. It is made of steel sections that are assembled on site using heavy cranes. The towers can have different heights, depending on the design of the wind turbine as well as the weather particularities of the new location. +Blades The blades are the wings of the wind turbine that capture the energy of the wind and transform it into rotary motion. They are made of strong, lightweight composite materials such as fiberglass and carbon. The blades can have different lengths and shapes, depending on the type of wind turbine. +Nacelle and generator The nacelle is the house of the generator and other mechanical and electrical components of the wind turbine. The generator converts the rotary motion of the blades into electrical energy. The nacelle also contains control and safety systems that guarantee the efficient and safe operation of the wind turbine. #WindTurbines #TowerInstallation #BladeDesign #NacelleTechnology #RenewableEnergy #GreenEnergy #WindPower #SustainableEngineering #WindEnergy

* Installation process of a wind turbine *

How are wind turbine blades attached?