表紙
市場調査レポート

陸上風力発電設備のO&M戦略

WEU Onshore Wind O&M Strategies Report 2014

発行 Wind Energy Update 商品コード 297220
出版日 ページ情報 英文 101 Pages; 65 Figures & Graphs
納期: 即日から翌営業日
価格
本日の銀行送金レート: 1USD=102.06円で換算しております。
Back to Top
陸上風力発電設備のO&M戦略 WEU Onshore Wind O&M Strategies Report 2014
出版日: 2014年03月07日 ページ情報: 英文 101 Pages; 65 Figures & Graphs
概要

持続可能なエネルギー源を求める声は世界中で高まっており、なかでも風力は、エネルギー源の構成のなかで重要な位置を占めるようになっています。すでに国によっては、コスト競争力の点で風力エネルギーが化石燃料ベースのエネルギー源を上回るような事例も報告されるようになっており、2010年代末までには多くの国々で化石燃料と拮抗するようになると予想されます。風力発電施設の費用対効果を改善するうえで重要な役割を担うのが運用と保守(O&M)であり、協力関係の構築、入手可能な技術の最適な利用、適切なO&M戦略の導入といった点で、風力発電業界が状況を改善できる余地は数多く残されています。

当レポートは、世界の風力発電市場におけるO&Mの現状を分析し、費用と効果のトレンドなどを明らかにしたもので、ウィンドファームに最適なO&Mのアプローチ、O&M戦略を改善するための方策なども紹介し、概略以下の構成でお届けいたします。

エグゼクティブサマリー

調査方法

第1章 世界の風力エネルギー市場におけるO&M

  • 風力エネルギーの市場規模
  • 風力発電業界のトレンドがO&Mに及ぼす影響

第2章 O&M業界の展望

  • 風力発電業界で用いられているO&Mのモデル
  • O&M市場の将来像

第3章 O&Mの費用と効果

  • エネルギーの幅広い文脈における風力発電のコスト(LCOE:均等化発電原価)
  • 費用に関するこれまでのトレンド
  • O&M費用の内訳
  • O&Mが生涯コストと投資収益に及ぼす影響

第4章 コンポーネントの信頼性:故障率、原因、財務面の影響、対策

  • 資本コストの内訳
  • 資本集約的なコンポーネントの信頼性
  • 主要なコンポーネントで発生する故障の費用面の影響
  • 非資本集約的なコンポーネントの信頼性

第5章 O&M戦略と改善への道筋

  • O&M戦略の3つのカテゴリー
  • O&Mのアプローチに関する業界の選好度
  • メンテナンスのスケジュール
  • 状態に基づく監視
  • SCADA
  • メンテナンスアプローチの概要
  • メンテナンスアプローチの費用の差異と投資収益

第6章 結論

略語

用語

参考文献

付録

目次

Cost effective O&M strategies to minimize downtime and maximize wind energy yield

As pressure mounts to provide the world with more sustainable sources of energy, wind power is seen by many as having a critical role in the energy mix. Wind energy is already claimed to be cost-competitive with fossil fuel-based energy generation in some countries, and is forecast to reach parity in many other markets by the end of this decade.

O&M has an important part to play in the cost-effectiveness of wind operations. Research for the report shows that the wind energy industry has many opportunities to improve, particularly in terms of collaboration, making better use of available technologies and adopting appropriate O&M strategies:

  • O&M strategies analyzed: find out how predictive, preventative and reactive strategies compare in terms of costs and impact on reliability
  • In-house O&M vs. OEMs vs. Independent service companies: understand the pros and cons of each so you can choose the best option for your wind energy assets
  • Exclusive data on failure rates: get access to statistical analysis on failure rates based on 18 years of data collected from more than 12GW of wind turbines
  • Benchmark against other wind energy operators: find out how operators across the globe are approaching O&M and compare your operations to theirs

Essential O&M knowledge targeted to your business needs

This report is relevant to all companies and individuals who are working in wind O&M.

Company types

  • Owner/Operators/IPPs/Utilities
  • ISP/ OEMs
  • Electronic Specialists/Component Suppliers

Job titles

  • Asset Managers
  • Head of O&M/ O&M Manager
  • Head of Wind Generation

FEATURES AND BENEFITS OF THIS REPORT

  • Operations and maintenance (O&M) in the global wind energy market: Complete and up-to-date wind energy installed capacity data by market (with in depth analysis on Europe, Asia and US), installed capacity by operator, and wind farm capacity trends. The report also analyses wind energy industry opportunities to improve, sharing appropriate O&M strategies, collaboration options, and how to make better use of available technologies.
  • Mapping the O&M landscape: Comprehensive analysis of how the O&M market is expected to continue to evolve over time as technological developments encourage a shift away from reactive and preventative maintenance approaches.
  • O&M costs and performance: Techno-economic evaluation of the O&M costs and performance trends. O&M cost breakdown, geographical cost differences, Impact of O&M on lifetime costs and return on investment, potential routes to improvement and a comparison in this context of wind with other forms of renewable and conventional energy generation technologies.
  • Component reliability: Failure rates, causes, financial impact and solutions. Reliability of capital intensive components (rotor blades, gearboxes, generators), and non-capital intensive components (drive train and bearings, sensors, yaw systems, pitching systems, mechanical brakes, nacelle, tower, foundations, cables...)
  • O&M strategies and routes to improvement: Configuring whichO&M approach is best suited for which wind farm. Cost differentials and ROI of maintenance approaches, industry preferences, maintenance timeline, and condition-monitoring and SCADA systems.

Table of Contents (SAMPLE)

List of Figures

List of Tables

Executive Summary

Methodology

1. O&M in the global wind energy market

  • 1.1. Wind energy market size
  • 1.2. Impact of wind industry trends on O&M

2. Mapping the O&M landscape

  • 2.1. O&M models used in the wind industry
  • 2.2. The future O&M market

3. O&M costs and performance

  • 3.1. Costs of wind (LCOE) in the broader energy context
  • 3.2. Historical cost trends
  • 3.3. O&M cost breakdown
  • 3.4. Impact of O&M on lifetime costs and return on investment

4. Component reliability: Failure rates, causes, financial impact and solutions

  • 4.1. Capital cost breakdown
  • 4.2. Reliability of capital-intensive components
  • 4.3. Cost implications of major component failures
  • 4.4. Reliability of non-capital intensive components

5. O&M strategies and routes to improvement

  • 5.1. Three categories of O&M strategy
  • 5.2. Industry preferences regarding O&M approach
  • 5.3. Maintenance timeline
  • 5.3. Condition-based monitoring
  • 5.4. SCADA
  • 5.5. Summary of maintenance approaches
  • 5.6. Cost differentials and ROI of maintenance approaches

6. Concluding remarks

Abbreviations

Glossary

Bibliography

Appendix

Back to Top