South America Offshore Wind compartilhou isso
Global Offshore Wind to Rebound in 2025, Adding 19 GW of Capacity – Rystad Energy https://lnkd.in/dBzQ2Yqz
South America Offshore Wind is held in support of the recent spur in interest for offshore wind development in South America, more specifically in Brazil and Colombia. FWS SAM attracts a core of corporate and local representatives of Developers and Supply Chain Companies and all other stakeholders in these markets, such as the local and national authorities. The conference covers the authorities’ views on early development and permitting planning, developers sharing their views on their project portfolios and discussion of the many capabilities of the established Global Offshore Supply Chain. The mission of the FWS events is to create a platform for bridging Supply and Demand while facilitating commercialization of this industry’s projects. FWS-SAM is organized by Quest Offshore, the co-founder and organizer of the 1st OTC Brasil, Floating Wind Solutions Houston and many other energy related events. A world class Steering Committee ensures that the program is extremely focused on the principles of this mission.
Link externo para South America Offshore Wind
Av. Niemeyer, 121 - RJ, 22450-220, Brazilië
Leblon, Rio de Janeiro, RJ 22450-220, BR
South America Offshore Wind compartilhou isso
Global Offshore Wind to Rebound in 2025, Adding 19 GW of Capacity – Rystad Energy https://lnkd.in/dBzQ2Yqz
South America Offshore Wind compartilhou isso
Colombia’s first offshore wind energy auction lures global interest https://lnkd.in/dRWKqqFd
Apollo to Progress Design for Repurposing of Oil Platforms for Hydrogen Production https://lnkd.in/d63-R2FR
South America Offshore Wind compartilhou isso
🌊 Exploring Brazil’s #Floating #OffshoreWind Potential applying #AI & #Optimization! ⚡ I'm excited to share our recent paper, where we explore the application of #artificialintelligence in #offshore #renewable energy systems, focusing on floating offshore wind. Our study presents a multi-objective optimization process using a genetic algorithm applied to the mooring system of a floating wind turbine. Through time-domain coupled aero-hydro-servo-elastic analyses, we optimized key parameters to enhance mooring efficiency and reducing the cost. To achieve this, we developed an in-house computational tool integrating #OpenFAST simulations with genetic algorithms to determine the optimal mooring configurations—ensuring they meet predefined design criteria while adhering to strict operational constraints. Why is this important? 🚀 💨 More than 65% of Brazil's offshore wind resources are in waters deeper than 60 meters, where traditional bottom-fixed foundations are no longer feasible technically or economically (https://lnkd.in/dsiVj-eG). 🔗 Floating wind turbines offer a game-changing solution to harness this vast energy potential, but mooring system optimization remains a key challenge—especially in deep and ultra-deep waters exceeding 1,000 meters. ✔️ Floating wind turbines can play a key role in #oilandgas decarbonization. In Brazil, most offshore oil and gas activities take place in waters deeper than 500 meters. Congratulations to Lucas Machado for leading this work! The paper is available for free access for the next three weeks at the following URL: https://lnkd.in/dHJ8MVmc Many thanks to CNOOC for supporting this research through the PD&I program of ANP - Agência Nacional do Petróleo, Gás Natural e Biocombustíveis
South America Offshore Wind compartilhou isso
📚 LANÇAMENTO! Policy Paper “Strategies for offshore wind industry in Brazil”, disponível gratuitamente para leitura! 💡 A energia eólica offshore tem crescido rapidamente, impulsionada pela demanda por fontes renováveis e pela redução de emissões de carbono. Buscando investigar o espaço que a energia eólica offshore pode ter na matriz energética brasileira, o CEBRI, em colaboração com a Embaixada da Noruega no Brasil e Innovation Norway Americas e consultoria da ABEEólica - Associação Brasileira de Energia Eólica Onshore e Offshore e Novas Tecnologias , desenvolveu o Policy Paper “Strategies for Offshore Wind Industry in Brazil”. 🌱 O estudo aborda: ✔️ Panorama internacional e seu impacto no Brasil ✔️ Lições aprendidas por países pioneiros e emergentes ✔️ Mecanismos de políticas públicas para superar desafios; ✔️ Diretrizes estratégicas para acelerar o desenvolvimento e ampliar o mercado de energia eólica offshore no Brasil. 🔗 Confira na íntegra: https://lnkd.in/dFsjSN84 📖 Acompanhe #CEBRIPublicações e saiba mais sobre os materiais publicados pelo CEBRI! #CEBRI #ThinkTank #TransiçãoEnergética #Sustentabilidade #TransiçãoJusta #EnergiaEólica #EólicaOffshore
South America Offshore Wind compartilhou isso
Italy’s Saipem and Norway’s Subsea7 Merger to Create Energy Services Giant https://lnkd.in/d3QS24TS
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In this video, you will get to know 10 of the world’s most innovative floating wind turbines, each representing a leap forward in renewable energy technology. Number 10. Longyuan Zhenhua 1 Owned by China Longyuan Power Group Corp, the Longyuan Zhenhua 1 is a pioneering project in China's offshore wind energy sector, showcasing the nation's commitment to renewable energy innovation. Number 9. Hywind Developed by Statoil Hywind, Hywind is the world's first commercial floating wind turbine, revolutionizing the industry with its cutting-edge technology and adaptability to deep-water environments. Number 8. Floatgen Owned by BW Ideol, Floatgen is a floating wind turbine that demonstrates the potential of renewable energy in Europe, utilizing a unique concrete-based floating foundation. Number 7. WindFloat Atlantic A project by Principle Power, WindFloat Atlantic is a groundbreaking initiative that proves the viability of floating wind turbines in harsh offshore conditions, delivering clean energy to thousands of homes. Number 6. PivotBuoy Owned by X1wind, PivotBuoy introduces a revolutionary single-point mooring system, optimizing energy production and reducing costs for floating wind turbines. Number 5. DemoSATH A collaboration between RWE and Saitec Offshore Technologies, DemoSATH features an innovative concrete-based floating platform, paving the way for cost-effective and sustainable wind energy solutions. Number 4. TetraSpar Demo Owned by RWE, the TetraSpar Demo project showcases a modular and lightweight floating foundation, designed to simplify manufacturing and installation processes. Number 3. EDF Provence Grand Large Developed by EDF Renouvelables, this project highlights France's dedication to renewable energy, featuring floating wind turbines that harness the power of the Mediterranean Sea. Number 2. Haiyou Guanlan Owned by CNOOC, Haiyou Guanlan represents China's ambitious strides in offshore wind energy, combining advanced technology with sustainable energy solutions. Number 1. OceanX Owned by Mingyang Smart Energy, OceanX is a state-of-the-art floating wind turbine, symbolizing the future of renewable energy with its innovative design and efficiency. #FloatingWind #RenewableEnergy #OffshoreWind #WindTurbines #CleanEnergy #SustainableFuture #GreenEnergy #Hywind #Floatgen
In the near future the South American FOW projects will be featured. Stay tuned...
Announcing the 2025-2026 Floating Wind Projects map (10th edition)! Every year, a large audience downloads the Floating Wind Projects map to get an update on the global floating wind projects pipeline. The new, fully updated map will be published end-April and distributed at relevant Floating Wind events in Europe and the Americas. The electronic map will be available for FREE dowload from the Q FWE and the advertisers' websites/socials. Published - April 2025 Q FWE download: https://lnkd.in/eic9KCcf Reach this 100K+ audience with your marketing message, copy by March 15. https://lnkd.in/dh5EcTAq American Bureau of Shipping (ABS) NOV GustoMSC Wison New Energies FOWT Conference Recharge Floating Wind Solutions offshoreWIND.biz OffshoreChannel Offshore Renewable Energy Catapult Offshore magazine South America Offshore Wind Floating Wind Europe
Brazil emerges as a destination for green investments after the U.S. shift https://lnkd.in/dU_DR8ng
Half of Global Operational Offshore Wind Capacity in China https://lnkd.in/dhU6jtrF