全球风能大会2026年全球海上风电报告（英）2026

Leading Sponsor Supporting Sponsor Associate Sponsors Wanliang Liang, Thang Vinh Bui, Juman Kim, TakeshiMatsuki, Raimond Dasalla, Trang Van Nguyen, PopeJohn Sotto, Juan Miguel Consolacian, Juan TomasSanchez, Marcela Ruas, Gustavo Ferreira, KshitijMadan, Erick Lu, Nadia Weekes Roger Charles Cordeux Salomone (Vestas)Jon Lezamiz, Fergus Costello (Siemens Energy)Simon Benmarraze, Francisco Gafaro, Jaidev Dhavle(IRENA) Global Wind Energy CouncilThe Unicorn Factory Av. Infante D. Henrique 143 S09Lisbon. Portugalinfo@gwec.netwww.gwec.net Additional contributionsWindEurope, DNV, Southerly Ten, Renewable UK, Published ACEN, Camilla Holbech, Independent Energy PolicyExpert 9 June 2026 Lead Authors Rebecca Williams, Feng Zhao, Janice Cheong, NinaMelkonyan Design lemonboxwww.lemonbox.co.uk We received valuable review and commentary forthis report from:Pernille Mortensen, Camille Besnard (CIP) Contributors and editing by Joyce Lee, Emerson Clarke, Roberta Cox, RamonFiestas, Heba Rabie, Ann Margret Francisco, Table of Contents Foreword5Executive summary9Part 1: Offshore wind and the end of fossil fuel crisis cycles13Why offshore wind, now?18The multiplier effect of offshore wind22The next wave: floating wind23Part 2: Offshore wind action plan26Market status 202534Markets to watch43Asia-Pacific44Philippines44Vietnam45Japan47South Korea50Australia52China53India56Latin America58Brazil58Colombia60Europe62Norway64United Kingdom65Türkiye68Market outlook 2026-203571Appendix98Global Wind Report 2026 Methodology and Terminology99About GWEC Market Intelligence100GWEC Global Leaders102Sponsors and contact104 of 4000 – 8000 MT (equivalent tothree or more monopilefoundations produced today), themanufacturing challenge for thefuture is mastering serialproduction at scale. Industrymanufacturing base is followingclosely the next generation offshoreturbine system which will demandnot only larger components, butentirely new approaches tofabrication, logistics, andinstallation. To achieve the installedcapacity growth ahead, industryaccelerators are necessary to driveinnovation and consistency acrossthe globe. Accelerating the NextGeneration Supply Chain The global offshore wind industry isentering a decisive phase followingseveral years of intense activity inindustrial transformation, wherelong-term investment inmanufacturing capacity and supplychain resilience will determine thepace and scale of the energytransition. There has been greatprogress since last year, includingsignificant capacity additions,advancements in turbinetechnology, and expandedgeographic participation fromemerging markets. This project-driven sector continues to evolveinto a capital-intensive, technology-led manufacturing ecosystem—onethat must deliver unprecedentedvolumes of large-scaleinfrastructure with consistency,speed, and cost efficiency. All ofthis comes in the face of growingcomplexity in project procurement,which is reshaping the futureenergy supply chain—particularlyfor offshore wind. already built with newmanufacturing capacity online.Measured by significant investmentsin steel production, shipyards,offshore fabrication yards, andspecialized vessel fleets, each arereshaping the industrial landscaperequired to support offshore windgrowth. These commitments markone of the fastest periods ofindustrial expansion in modernenergy history, enabling the futurefabrication of turbines, towers, andfixed foundations at scales neverpreviously achieved. Since 2025 thefabrication speed continued toaccelerate in response to numerousnew factories and production linescoming online to deliver large scaleprojects. Bryan O’NeilDirector, Global Equipment Strategy,Lincoln Electric The future economics of offshorewind in mature and emergingoffshore regions depends on thetransition to high-volume, serialmanufacturing, where repeatability,automation, and digital integrationdrive productivity and costreduction across the value chain.The industry should recognise thatglobal leaders are equipped andready to respond decisively to theseemerging challenges.Encouragingly, organisations such At the same time, the nextgeneration of offshore windtechnology—anchored in theambitions of turbines exceeding 20MW and future floating windfoundations—continues to redefineand challenge the futuremanufacturing requirements.Consider future offshore floaterfabricated steel weight in the range as GWEC and its membercompanies are conveningdedicated working groups to tacklethese issues, strengthencollaboration, and support thecontinued growth of the sector. Across Europe, Asia, and specificparts of the Americas, theorganization of this transformation is Workforce readiness as strategic infrastructurefor clean energy deployment markets. In emerging regions suchas Latin America, Africa andSoutheast Asia, the long-term talentpotential is significant, but structuredentry pathways and scalableworkforce developmentinfrastructure are still evolving. The global offshore wind industry