中国の風力発電産業における工作機械 (2023年)

当レポートでは、中国の風力発電産業における工作機械の利用動向を調査し、風力発電産業の発展の経緯、設備発電容量の推移、風力発電産業における各種工作機械の用途、利用規模、主要企業の分析などをまとめています。

目次

パートI：中国の風力発電産業：総市場の分析 (2017～2022年)

• 風力発電産業の発展の概要
  • 全体的な設備容量の状況
  • 産業政策と今後の発展動向の予測
• 洋上風力発電産業：総市場の分析
  • 市場全体の状況
  • 産業政策と今後の発展動向の予測
  • 製造業者構成
• 陸上風力発電産業の全体的な市場分析
  • 市場全体の状況
  • 産業政策と今後の発展動向の予測
  • 製造業者構成

パートII：風力発電産業におけるCNC金属切削工作機械の利用に関する分析

• 風力発電の産業チェーン：イントロダクション
  • 海底ケーブル
  • パイル基礎
  • タワー
  • ステーター・ローター
  • コンバーター
  • 鋳造
  • ブレード
  • 完成機械
• 風力発電産業における工作機械の利用
  • 部品加工における工作機械の利用
  • 完成機械加工における工作機械の利用
• 工作機械モデルの解析
  • ガントリーマシニングセンター
  • 横型マシニングセンター
  • 立旋盤
  • 横旋盤
  • ボーリングおよびフライス盤
  • その他

パートIII：中国の風力発電産業におけるCNC金属切削工作機械の導入規模に関する分析

• 中国の風力発電産業におけるCNC金属切削工作機械の利用の変化
  • 導入規模の変化
  • 導入機能の変更点
  • 将来予測
• 風力発電産業における各種モデルの割合
• 製造業者の競合情勢に関する分析

パートIV：風力発電産業の主な工作機械製造業者に関する分析

• 欧米企業
  • PAMA
• 日本企業・台湾企業
  • OKUMA
  • YOUJI
  • HONOR
• 国内製造業者
  • HISION
  • NEWAY
  • Tianshui Spark
  • Kunming Machine Tool

List of Tables

• Table 1: Wind Power Industry Policies and Future Development Trend Prediction
• Table 2: Offshore Wind Power Industry Policies and Future Development Trend Prediction
• Table 3: Onshore Wind Power Industry Policies and Future Development Trend Prediction

List of Figures

• Figure 1: 2017-2022 Cumulative Installed Capacity of China's Wind Power Industry
• Figure 2: 2017-2022 Cumulative Installed Capacity of China's Offshore Wind Power Industry
• Figure 3: Proportion of Newly Installed Capacity for Different Unit Capacities in Offshore Wind Power in 2022
• Figure 4: 2017-2025E New Installed Capacity of China's Offshore Wind Power Industry
• Figure 5: New Installed Capacity of Offshore Wind Power by Chinese Complete Machine Manufacturers in 2022
• Figure 6: 2017-2022 Cumulative Installed Capacity Details of Onshore Wind Power Industry
• Figure 7: 2017-2025E New Installed Capacity Details of China's Onshore Wind Power Industry
• Figure 8: New Installed Capacity of Onshore Wind Power by Chinese Complete Machine Manufacturers in 2022
• Figure 9: Industrial Chain of Wind Power Industry
• Figure 10: Diagram of Submarine Cable
• Figure 11: Schematic Diagram of Pile Foundation
• Figure 12: Schematic Diagram of Tower
• Figure 13: Schematic Diagram of Stator and Rotor
• Figure 14: Schematic Diagram of Wind Energy Being Converted Into Electrical Energy
• Figure 15: Schematic Diagram of Casting Manufacturing
• Figure 16: Basic Structure of Blade
• Figure 17: Schematic Diagram of Complete Machine
• Figure 18: Proportion of New Hoisting Capacity of Chinese Complete Machine Manufacturers in 2022
• Figure 19: 5-axis Machining Gantry Machining Center.
• Figure 20: Schematic Diagram of Horizontal Machining Center
• Figure 21: Schematic Diagram of Vertical Lathe
• Figure 22: Schematic Diagram of Horizontal Lathe
• Figure 23: Schematic Diagram of Boring and Milling Machine
• Figure 24: Schematic Diagram of Drilling and Tapping Center
• Figure 25: Schematic Diagram of Five-axis Machining Center
• Figure 26: 2017-2022 Scale of CNC Metal Cutting Machine Tools in China's Wind Power Industry
• Figure 27: Schematic Diagram of Doubly-Fed Wind Turbine
• Figure 28: Schematic Diagram of Direct-Drive Wind Turbine
• Figure 29: 2017-2025E Scale of CNC Metal Cutting Machine Tools in China's Wind Power Industry
• Figure 30: Detail Chart of Amount Proportion of Each Model in Wind Power Industry in 2022
• Figure 31: Sales Revenue Proportion of Various Machine Tool Manufacturers in Wind Power Industry in 2022

This MIR report examines China's wind power industry from 2017-2022, emphasizing its growth, policies, and the relationship with machine tools/CNC metal cutting machines. It analyzes China's overall wind market, diving into offshore and onshore sectors. The study explores the CNC machines' application in wind power and evaluates leading machine tool manufacturers in the sector. Supplemented by tables and figures, the report provides a comprehensive view of the industry, valuable for professionals, researchers, and policymakers.

Expanded Report Description

This exhaustive MIR report provides a thorough analysis of the wind power industry in China from 2017 to 2022, emphasizing the industry's growth, policies, trends, and the intricate relationship between machine tools (especially CNC metal cutting machine) and wind power industry.

Part I focuses on the overall market analysis of China's wind power industry. It initiates with a broad overview of the industry's development, reflecting on the overall installed capacity and charting out the industry's policy and future development trends, as exemplified by Table 1. Figure 1 then visually represents the cumulative installed capacity over the stated years. This section also bifurcates the analysis into offshore (enhanced by Figure 2 to Figure 5 and Table 2) and onshore (highlighted by Figure 6 to Figure 8 and Table 3) segments, presenting their respective market situations, future prospects, and manufacturing structures.

Part II dives into the specific application of CNC metal cutting machine tools in the wind power sector. Starting with an intricate breakdown of the wind power industry chain, vivid diagrams from Figure 9 to Figure 17 elucidate various components, from submarine cables to complete machines. This part subsequently explores how machine tools find application in component and complete machine processing. The report also delves into a comprehensive analysis of different machine tool models utilized, exemplified by corresponding schematics from Figure 19 to Figure 24.

Part III addresses the application scale of CNC metal cutting machine tools in the industry, charting changes in application scale, features, and providing a future forecast backed by Figure 26 and Figure 29. It evaluates the proportion of models in 2022, depicted in Figure 30, and concludes with an analysis of the competitive landscape among manufacturers, underscored by Figure 31.

Part IV presents an in-depth examination of leading machine tool manufacturers active in the wind power industry. Spanning companies from Europe, America, Japan, Taiwan, and China, it provides a holistic view of the global competitive landscape. Key manufacturers like PAMA, OKUMA, YOUJI, and HISION, among others, are analyzed based on their basic information, 2022 sales performance, operation of key products, and main market activities.

The tables and figures interwoven within the report serve as robust visual aids. Specifically, Tables 1 to 3 provide policy insights and future development predictions for the industry's main sectors, while Figures 1 to 31 offer schematic diagrams, charts, and data visualizations, ensuring a comprehensive understanding of the entire domain.

In essence, this report amalgamates vast data, research, and insights into a cohesive exploration of the intersection between the wind power industry and CNC metal cutting machine tools in China. As a reference, it is invaluable for industry professionals, researchers, policymakers, and stakeholders seeking an in-depth understanding of China's wind power industry dynamics over the reviewed period.

Table of Content

PART I 2017-2022 Overall Market Analysis of China's Wind Power Industry

• A. Overview of Wind Power Industry Development
  • A-1. Overall Installed Capacity Situation
  • A-2. Industry Policy and Future Development Trend Prediction
• B. 2017-2022 Overall Market Analysis of Offshore Wind Power Industry
  • B-1. Overall Market Situation
  • B-2. Industry Policy and Future Development Trend Prediction
  • B-3. Manufacturer Structure of Offshore Wind Power Industry
• C. 2017-2022 Overall Market Analysis of Onshore Wind Power Industry
  • C-1. Overall Market Situation
  • C-2. Industry Policy and Future Development Trend Prediction
  • C-3. Manufacturer Structure of Onshore Wind Power Industry

PART II Analysis on the Application of CNC Metal Cutting Machine Tools in Wind Power Industry

• A. Introduction to Wind Power Industry Chain
  • A-1. Submarine Cable
  • A-2. Pile Foundation
  • A-3. Tower
  • A-4. Stator and Rotor
  • A-5. Converter
  • A-6. Casting
  • A-7. Blade
  • A-8. Complete Machine
• B. Application of Machine Tools in Wind Power Industry
  • B-1. Application of Machine Tools in Component Processing
  • B-2. Application of Machine Tools in Complete Machine Processing
• C. Analysis of Machine Tool Models
  • C-1. Gantry Machining Center
  • C-2. Horizontal Machining Center
  • C-3. Vertical Lathe
  • C-4. Horizontal Lathe
  • C-5. Boring and Milling Machine
  • C-6. Other Machine Tools

PART III Analysis on Application Scale of CNC Metal Cutting Machine Tools in China's Wind Power Industry

• A. 2017-2022 Application Changes of CNC Metal Cutting Machine Tools in China's Wind Power Industry
  • A-1. Changes in Application Scale
  • A-2. Changes in Application Features
  • A-3. Future Forecast
• B. Proportion of Models in Wind Power Industry in 2022
• C. Analysis on the Competitive Landscape of Manufacturers

PART IV Analysis on Mainstream Machine Tool Manufacturers in Wind Power Industry

• A. European and American Companies
  • A-1. PAMA
    • Manufacturer's Basic Information (Page21)
    • 2022 Sales Performance (Page21)
    • Operation of Key Products
    • Main Market Activities (Page22)
  • B. Japanese and Taiwan Companies
    • B-1. OKUMA
      • Manufacturer's Basic Information (Page22)
      • 2022 Sales Performance (Page22)
      • Operation of Key Products
      • Main Market Activities (Page22)
    • B-2. YOUJI
    • B-3. HONOR
• C. Domestic manufacturers
  • C-1. HISION
    • Manufacturer's Basic Information (Page24)
    • 2022 Sales Performance (Page24)
    • Operation of Key Products
    • Main Market Activities (Page24)
  • C-2. NEWAY (Page24)
  • C-3. Tianshui Spark
  • C-4. Kunming Machine Tool