全球風力發電機材料市場：2024-2031

Wind Turbine Materials Market, Global, 2024-2031

出版日期: 2025年02月27日 | 出版商:

Frost & Sullivan | 英文 145 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄

風力發電機材料市場分為結構材料和非結構材料。結構材料市場進一步細分為金屬、纖維增強複合材料和核心材料，而非結構材料市場則細分為塗料、黏合劑和密封劑以及潤滑劑。每種材料根據風力發電機的不同部件進行細分：轉子、塔架和其他部件（機艙、發電機、變速箱）。主要應用領域為陸地和海上。

結構材料的消費量預計會很大，因為它們為風力發電機提供了結構完整性和剛性，同時減輕了它們的整體重量。預測期內，非結構材料市場預計在金額和數量方面實現最高的複合年成長率。這些材料可保護渦輪機免受腐蝕和風化，延長零件的使用壽命並保持可靠性。

2024 年，陸地部分佔據風力發電機機材料市場的最大佔有率，預計在預測期內仍將保持主導地位。然而，能源需求的上升和石化燃料的枯竭，已導致世界各國政府當局更加關注海上領域，預計這將在預測期內顯著推動相關材料的擴張。

預測期內，中東、非洲和南亞的風力發電機材料的整體消費量預計將大幅成長。這主要是由於該地區經濟的快速發展和工業化活動對可再生能源的需求旺盛。 2024 年，亞太地區佔據風力發電機機材料市場的最高佔有率，並且很可能在預測期內保持主導地位。都市化和政府提高風力發電能力的優惠政策正在推動該地區對陸上和離岸風力發電機機材料的需求。全球暖化和氣候變遷相關事件的增加預計將增加風力發電機材料的消費，主要用於歐洲和美洲等地區的海上應用。

本報告研究了全球風力發電機機材料市場，並提供了市場概況、策略要務和成長機會。

關鍵要點
樹花出現
風力發電材料：市場亮點
風力發電機的重要方面
產能利用率和原料需求
小型風力發電機趨勢
大型風力發電機
風力發電機的服務和維護
退役和再生
複合材料回收
競爭環境
主要競爭對手：結構材料
主要競爭對手：非結構材料

風力發電機材料部門的成長動力

成長指標
成長動力
成長抑制因素
生長抑制分析
風力發電機材質：關鍵調節器
價值鏈
價值鏈分析
預測前提條件
收益和銷售量預測
按最終用途預測收益
按用途預測數量
收益和銷售量預測分析
按最終用途分類的收益和銷售預測分析
各地區收益預測
各地區銷售預測
各區域收益及銷售量預測分析
依材料類型進行銷售額預測
按材質進行數量預測
預測分析
平均價格預測：結構
平均價格預測：非結構化
價格趨勢及預測分析
按材料類型的銷售額預測：結構材料
按材料分類的產量預測：結構材料
按材料分類的銷售額預測：非結構材料
按材料預測產量：非結構材料
結構和非結構材料
結構：鋼
結構：纖維增強複合材料
構造：核心材料
非結構性：塗層
非結構性：黏合劑和密封劑
非結構性：潤滑劑
按結構材料類型分類的市場佔有率分析
非結構材料類型的市場佔有率分析

成長動力：轉子

成長動力：塔樓

成長動力：其他（引擎室、發電機、變速箱）

風力發電機材料的成長機會

成長機會一：多元化和強化材料供應
成長機會二：開發海上渦輪機的優質材料
成長機會三：改進產品技術，降低維護成本與頻率

後續步驟Next steps

簡介目錄

Product Code: PFPO-92

Rising Focus on Improving Product Technologies and Developing New Alternatives is Driving Transformational Growth

Frost & Sullivan divided the wind turbine materials market into structural and non-structural materials. We further classified the structural materials market into metals, fiber-reinforced composites, and core materials, while the non-structural materials market contains coatings, adhesives and sealants, and lubricants. Each material has been segmented for various wind turbine components, such as the rotor, tower, and others (nacelle, generator, and gearbox). The main application areas are onshore and offshore.

We anticipate the consumption of structural materials to be massive, as they offer structural integrity or rigidity to the wind turbine while reducing its overall weight. The market for non-structural materials will likely record the highest CAGR in value and volume during the forecast period. These materials protect the turbines from corrosion and weathering, increasing the components' longevity and maintaining reliability.

The onshore segment accounted for the greatest share of the wind turbine materials market in 2024 and will likely maintain its dominance over the forecast period. However, with rising energy demand and the depletion of fossil fuels, government authorities worldwide have increased their focus on the offshore segment, which will considerably drive the expansion of associated materials during the forecast period.

Frost & Sullivan expects the overall consumption of wind turbine materials in the Middle East, Africa, and South Asia to increase significantly during the forecast period. This is mostly due to significant economic development, combined with industrialization activities, which creates a high demand for renewable energy in the region. Asia-Pacific accounted for the highest share of the wind turbine materials market in 2024 and will likely maintain its dominance during the forecast period. Urbanization and favorable government policies for increasing wind capacity installations drive the region's need for wind turbine materials for both onshore and offshore applications. We expect rising incidences of global warming and climate change-related events to boost the consumption of wind turbine materials, mainly for offshore applications in regions like Europe and the Americas.

Scope and Segmentation

Scope of Analysis
Segmentation

Growth Environment: Transformation in the Wind Turbine Materials Sector

Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Global Wind Turbine Materials Industry

Ecosystem in the Wind Turbine Materials Sector

Key Takeaways
Emergence of Wooden owers
Materials for Wind Energy: Market Highlights
Key Aspects of Wind Turbines
Capacity Factor and Materials Demand
Trends in Small-scale Wind Turbines
Larger Wind Turbines
Wind Turbine Service and Maintenance
Decommissioning and Repowering
Composites Recycling
Competitive Environment
Key Competitors: Structural Materials
Key Competitors: Non-structural Materials

Growth Generator in the Wind Turbine Materials Sector

Growth Metrics
Growth Drivers
Growth Restraints
Growth Restraint Analysis
Wind Turbine Materials: Key Regulatory Authorities
Value Chain
Value Chain Analysis
Forecast Assumptions
Revenue and Volume Forecast
Revenue Forecast by End Use
Volume Forecast by End Use
Revenue and Volume Forecast Analysis
Revenue and Volume Forecast Analysis by End Use
Revenue Forecast by Region
Volume Forecast by Region
Revenue and Volume Forecast Analysis by Region
Revenue Forecast by Material Type
Volume Forecast by Material Type
Forecast Analysis
Average Price Forecast: Structural
Average Price Forecast: Non-structural
Pricing Trends and Forecast Analysis
Revenue Forecast by Material Type: Structural Materials
Volume Forecast by Material Type: Structural Materials
Revenue Forecast by Material Type: Non-structural Materials
Volume Forecast by Material Type: Non-structural Materials
Structural and Non-structural Materials
Structural: Steel
Structural: Fiber-reinforced Composites
Structural: Core Materials
Non-structural: Coatings
Non-structural: Adhesives and Sealants
Non-structural: Lubricants
Market Share Analysis by Structural Material Type
Market Share Analysis by Non-structural Material Type

Growth Generator: Rotor

Overview
Areas of Materials Research for Wind Turbine Blades
Growth Metrics
Revenue and Volume Forecast
Revenue and Volume Forecast Analysis
Revenue Forecast by Material Type
Volume Forecast by Material Type
Revenue Forecast by Material Type: Structural Materials
Volume Forecast by Material Type: Structural Materials
Revenue Forecast by Material Type: Non-structural Materials
Volume Forecast by Material Type: Non-structural Materials
Volume Share Forecast by Rotor Material Type
Structural Materials Used in Rotor
Non-structural Materials Used in Rotor

Growth Generator: Tower

Overview
Growth Metrics
Revenue and Volume Forecast
Revenue and Volume Forecast Analysis
Revenue Forecast by Material Type
Volume Forecast by Material Type
Revenue Forecast by Material Type: Structural Materials
Volume Forecast by Material TypeStructural Materials
Revenue Forecast by Material Type: Non-structural Materials
Volume Forecast by Material TypeNon-structural Materials
Volume Share Forecast by Tower Material Type
Structural Materials Used in Tower
Non-structural Materials Used in Tower

Growth Generator: Others (Nacelle, Generator, and Gearbox)

Overview
Growth Metrics
Revenue and Volume Forecast
Revenue and Volume Forecast Analysis
Revenue Forecast by Material Type
Volume Forecast by Material Type
Revenue Forecast by Material Type: Structural Materials
Volume Forecast by Material Type: Structural Materials
Revenue Forecast by Material Type: Non-structural Materials
Volume Forecast by Material Type: Non-structural Materials
Volume Share Forecast by Others Material Type
Structural Materials Used in Other Wind Turbine Components
Non-structural Materials Used in Other Wind Turbine Components

Growth Opportunity Universe in the Wind Turbine Materials Sector

Growth Opportunity 1: Diversify and Strengthen Materials Supply
Growth Opportunity 2: Develop Higher Quality Materials for Offshore Turbines
Growth Opportunity 3: Improve Product Technology to Lower Maintenance Costs and Frequency