浮動式離岸風力發電

滿懷信心實現商業化

能源轉型的下一階段需要的是堅定地執行新興技術，而浮動式離岸風電為風力發電的場址開闢了新的可能性，並將在乾淨能源供應轉型中發揮關鍵作用，為增加離岸風電產量做出巨大貢獻。根據DNV的預測，該技術將在全球進行發展，從目前約100 MW增長到2030年的10 GW和2050年的250 GW。

繼成功的原型與示範專案後，浮動式離岸風電正在邁向商業化的第一步。如果該技術克服了成本及市場信心兩大主要挑戰，可預估在2030年時，能源均化成本（LCOE）將可降至75美元/百萬瓦小時，2050年時，將可降至40美元/百萬瓦小時。面對許多來自未知領域的新概念設計和市場參與者的挑戰，業界需要保證已經採取了所有可能的步驟以達到風險最小化及專案成功最大化的目的。

新報告

浮動式風力發電：商業化的力量

我們的新報告說明了浮動式風力發電為離岸風力發電、石油和天然氣和海事工業參與者，以及其供應鏈、投資者與整個社會帶來的機會；且說明這些利害關係人們將如何共同合作，推動浮動式風力發電商業化。

現在下載

DNV 全球知識的關鍵中心

DNV 透過數據工具和指導, 來開發安全且具有成本競爭力的浮動式離岸風力發電，促使浮動式離岸風力發電商業化。憑藉著具有全球影響力企業化的標準,以及在管理離岸風力發電風險方面擁有150年的經驗，我們也為客戶提供了全球浮動式離岸風力發電技術所應當具備的信心。

我們提供的服務可支援浮動式離岸風力發電項目，並具有離岸風力發電，海事以及石油和天然氣方面的經驗：

Floating offshore wind emerges on the horizon

Power and renewables

浮動式風力發電認證

綜合認證提供利益相關者對重要新技術的最大信心及保障

Power and renewables

整個離岸風力發電生命週期的服務

業界領先的諮詢專業知識，可提升離岸風力發電技術的績效

Power and renewables

Software for offshore wind

Design and analysis of offshore wind turbines

Learn more about floating offshore wind

BLOG: Floating offshore wind emerges on the horizon

The myth that floating offshore wind doesn’t perform as well as bottom-fixed is on its way to being busted.

WEBINAR: Floating offshore wind

Attract financing by reducing and managing risk

WEBINAR: Realizing floating wind in APAC

Early stage de-risking considerations for the future

WEBINAR: Recent enhancements in Sesam for floating and fixed OWT

Learn how you can apply the latest features in Sesam

Power and renewables

PODCAST: Episode 1 – The unstoppable rise of floating offshore wind

Across two episodes, we speak to world-leading experts in floating wind.

Power and renewables

PODCAST: Episode 2 – The unstoppable rise of floating offshore wind

Across two episodes, we speak to world-leading experts in floating wind.

New DNV GL class rules for floating offshore wind expands industry horizon

DNV GL has released the first integrated rule set for floating offshore wind structures

DNV GL provides technology qualification services for aerodyn’s new floating offshore wind design

Innovative concept allows for a rated power of 15 MW.

DNV GL certifies Naval Energies’ floater design basis for floating wind farm and design methods

DNV GL’s comprehensive certification delivers maximum floating offshore wind stakeholder confidence

DNV GL provides technical and market advice to Tokyo Gas on USD 22 million investment in Principle Power floating wind technology

Technical due diligence supports draws on DNV GL global leadership in floating wind technology.

DNV GL supports Equinor with verification study for Hywind Tampen floating wind farm

The introduction of floating offshore wind could cut emissions from the oil fields by more than 200,000 tonnes per year.

DNV GL successfully completed technical due diligence for 25 MW Windfloat Atlantic floating wind project

Technical Due Diligence helped secure EUR 60 million from the European Investment Bank to become world’s first project-financed floating wind farm

DNV GL launches revised design standard and new certification guideline for floating wind turbines

The documents can be applied for the design and certification of floating wind farms, floating wind turbines or their components.

Commercializing with confidence

Floating offshore wind is opening up new possibilities for wind power locations, but faces challenges. DNV GL has the expertise to help this important emerging technology commercialize with confidence.