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世界の燃料電池技術市場

Fuel Cell Technologies Worldwide

発行 SBI Energy (aka Specialist In Business Information) 商品コード 128351
出版日 ページ情報 英文 238 Pages
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世界の燃料電池技術市場 Fuel Cell Technologies Worldwide
出版日: 2013年03月18日 ページ情報: 英文 238 Pages
概要

世界の燃料電池市場における売上額は、2007年の4億2,000万米ドルから2012年の7億7,500万米ドルへ拡大しました。同市場の売上額は引き続き拡大し、2017年に42億米ドル、2022年までに141億米ドルに達すると予測されています。

当レポートでは、世界の燃料電池技術市場の現状と見通しについて調査分析し、燃料電池の構造、燃料電池技術の概要、地域・アプリケーション・技術タイプ別の市場規模実績・予測、各種市場影響因子、エンドユーズ別の主要動向、主要製造業者のプロファイルなどをまとめ、概略下記の構成でお届けいたします。

第1章 エグゼクティブサマリー

第2章 燃料電池構造

  • 基本設計
  • スタック・システム
  • 代替的エネルギー源としての燃料電池
  • 現在の研究・開発の方向性
  • 燃料電池の安全性を統制する規制
  • 一般資源
  • 出版物
  • サマリー

第3章 燃料電池技術

  • 現在の技術
  • 成長技術
  • 燃料電池のエンドユーザー
  • 輸送
  • 可搬型
  • 定置型
  • 革新的な新技術
  • 特許レビュー
  • 主な産業課題
  • コスト
  • 規模の経済
  • 耐久性
  • 市場阻害因子
  • その他の非技術的課題
  • 主要産業の動向

第4章 市場規模・成長率

  • 現在の市場促進因子
  • 政府の補助金・投資
  • 欧州委員会の財政支援
  • 雇用
  • 過去の市場スナップショット
  • 市場リーダー
  • 現在の市場規模推計
  • 市場予測
  • 市場スナップショット:燃料電池技術別
  • 燃料電池技術のCAGR予測
  • CAGR予測:エンドユーズ別
  • CAGR予測:地域別
  • 本章のサマリー

第5章 エンドユーズ市場とその展望

  • 定置型市場
  • 導入
  • 輸送市場
  • 燃料電池電気自動車(FCEV)
  • 交通
  • ニッチ輸送
  • 補助電源装置(APU)
  • ポータブルエレクトロニクス
  • 燃料
  • インフラ
  • 水素搬送

第6章 燃料電池技術の製造業者

  • Acumentrics
    • 企業背景
    • 製品・ブランドポートフォリオ
    • 業績
  • Adaptive Materials, Inc.
  • Ballard Power Systems
  • Bloom Energy
  • ClearEdge Power
  • FuelCell Energy
  • CLEAREDGE POWER
  • NedStack
  • Plug Power
  • Protonex Technology Corporation
  • ReliOn
  • SFC Smart Fuel Cell AG
  • UTC Power

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目次
Product Code: SB7223945

‘Fuel Cell Technologies Worldwide’ - Fuel cells represent an exciting and dynamic industry that could alter the way we produce and use energy for residential and commercial consumption, transportation, electronic devices, and more.

While fuel cells are a technology that has been known to scientists for almost 200 years, in the modern world, they represent an innovative source of energy. Fuel cells are favored as a “green” technology for their low emissions, quiet operation and high efficiency. They can be fed by fuels that are readily available, including biofuels, thus reducing reliance on foreign oil and an electric grid that is aging and in many places pushed beyond capacity.

The great appeal of fuel cells is that they can operate continuously as long as the necessary flows of fuel and oxygen are maintained, and they produce only water as a byproduct, rather than being a source of pollution.

Fuel cells have shown vigorous growth in the past few years. SBI Energy research finds that the market grew from $420 million in 2007 to $775 million in 2012. We forecast global sales will reach $4.2 billion by 2017 and continue this growth trend to reach $14.1 billion by 2022.

Much of the early growth optimism for the future of the industry was driven by U.S. and other government investment. However, early expectations of a quick, low-cost source of alternative energy were dampened by the realities of lengthy product development cycles, combined with the growing acceptance of alternative energy technologies such as wind and solar. The high profile bankruptcy of several renewable energy-focused recipients of government funds-including fuel cell manufacturer A123 Systems-prompted many lawmakers to rethink large-scale government investments in private sector fuel cell technology development. As the new US administration pulls back from aggressive investment in the technology, some observers are now questioning how quickly fuel cells can achieve widespread commercialization. As a consequence, fuel cells are in a race with other alternative energy technologies such as solar and wind for widespread acceptance.

In this dynamic and rapidly changing marketplace, SBI's new report, Fuel Cell Technologies Worldwide, provides clear guidance and insight on various technologies and end-use markets. The report presents the historic growth (2007 - 2012) and growth potential (2012-2022) of the global market for fuel cells and various fuel cell technologies currently used. Market size and growth is broken out by major country and by region of the world. The report segments the market by technology (type of fuel cell as defined by the electrolyte used), and application (stationary power, portable electronics, motor vehicles, backup power supplies, military & aerospace, and others), and provides detailed profiles of companies that are leading the way in the industry.

The information in Fuel Cell Technologies Worldwide is based on interviews with industry leaders and fuel cell researchers, as well as primary and secondary data from industry sources such as Fuel Cell 2000, Fuel Cell Today, and the US Fuel Cell Council. Our research also included company literature and websites, news reports and research services such as OneSource.

What You'll Get in This Report

Through extensive research by SBI Energy, Fuel Cell Technologies Worldwide identifies current market drivers and trends, and makes important predictions about the future of this market. In addition, this report pinpoints ways current and prospective players can capitalize on current trends and spearhead new ones.

No other market research report provides both the comprehensive analysis and extensive data that Fuel Cell Technologies Worldwide offers. Plus, you'll benefit from extensive data, presented in easy-to-read and practical charts, tables and graphs.

How You'll Benefit from This Report

If your company is already doing business in the fuel cell market, or is considering making the leap, you will find this report invaluable, as it provides a comprehensive package of information and insight not offered in any other single source. You will gain a thorough understanding of the current market for fuel cells, as well as projected markets and trends through 2022.

This report will help:

  • Marketing managers identify market opportunities and develop targeted promotion plans for fuel cells
  • Research and development professionals stay on top of competitor initiatives and explore demand for fuel cells in current and alternative markets.
  • Advertising agencies working with clients in the manufacturing sector understand the product buyer, and develop messages and images that compel product developers and engineers to incorporate fuel cells into various types of end-use products.
  • Business development executives understand the dynamics of the market and identify possible partnerships.
  • Equity and venture capital investors identify high potential opportunities for capital infusion.
  • Information and research center librarians provide market researchers, brand and product managers and other colleagues with the vital information they need to do their jobs more effectively.

Table of Contents

CHAPTER 1: EXECUTIVE SUMMARY

  • Table 1-1: Number of fuel cell patents issued by country for 2010 and 2011
  • Table 1-2: 2012 Global Fuel Cell Market Snapshot
  • Table 1-3: Compound Annual Growth Rate (CAGR) 2007 - 2012
  • Table 1-4: Current Global Fuel Cell Market Snapshot, 2013
  • Table 1-5: Global Fuel Cell Market Snapshot 2013
  • Table 1-6: Market Snapshot by Fuel Cell Technology 2022
  • Table 1-7: Market Snapshot by Region 2022
  • Table 1-8: Commercial Deployments of Stationary Fuel Cells
  • Table 1-9: U.S. State FCEV Deployment Rankings

CHAPTER 2: FUEL CELL CONSTRUCTION

  • Figure 2-1: History of the Fuel Cell
  • BASIC DESIGN
    • Figure 2-2: Fuel Cell Basic Design
  • STACKS AND SYSTEMS
    • Figure 2-3: Fuel Cell Power System
  • FUEL CELLS AS AN ALTERNATIVE ENERGY SOURCE
  • DIRECTION OF CURRENT RESEARCH AND DEVELOPMENT
    • Table 2-1: Direction of leading research initiatives worldwide
  • REGULATIONS GOVERNING THE SAFETY OF FUEL CELLS
    • Table 2-2: Codes and standards covering fuel cells
  • GENERAL RESOURCES
    • Table 2-3: Agencies that provide oversight of fuel cells
  • PUBLICATIONS
    • Table 2-4: Fuel Cell Publications
  • SUMMARY

CHAPTER 3: FUEL CELL TECHNOLOGIES

  • CURRENT TECHNOLOGIES
    • Table 3-1: Comparison of common fuel cell types
  • PHOSPHORIC ACID FUEL CELLS
    • Figure 3-1 : Phosphoric acid fuel cell design
  • MOLTEN CARBONATE FUEL CELLS
    • Figure 3-2: Molten carbonate fuel cell design
  • ALKALINE FUEL CELLS
    • Figure 3-3: Alkaline fuel cell design
  • DIRECT BOROHYDRIDE FUEL CELLS
    • Figure 3-4: Direct Borohydride fuel cell design
  • METAL HYDRIDE FUEL CELLS
  • PROTON EXCHANGE MEMBRANE (PEM) FUEL CELLS
    • Figure 3-5: Proton exchange membrane fuel cell design
  • DIRECT FORMIC ACID FUEL CELLS (DFAFCS)
  • DIRECT ETHANOL FUEL CELLS (DEFCS)
  • DIRECT METHANOL FUEL CELLS (DMFCS)
    • Figure 3-6: Direct methanol fuel cell design
  • REFORMED METHANOL FUEL CELLS
    • Figure 3-7: Design of a reformed methanol fuel cell system with reformer
  • DIRECT CARBON FUEL CELLS (DCFCS)
    • Figure 3-8: Design of a direct carbon fuel cell system
  • SOLID OXIDE FUEL CELLS
    • Figure 3-9: Configuration for a tubular design SOFC
    • Figure 3-10: Planar solid oxide fuel cell design
  • ENZYMATIC BIOFUEL CELLS
    • Figure 3-11: Examples of enzymatic biofuel cells for in vivo applications
  • MICROBIAL FUEL CELLS
    • Figure 3-12: Microbial fuel cell design
  • PROTONIC CERAMIC FUEL CELLS
  • REGENERATIVE FUEL CELLS
    • Figure 3-13: Regenerative fuel cell design
  • UPFLOW MICROBIAL FUEL CELLS
  • RFC-REDOX FUEL CELLS
  • ELECTRO-GALVANIC FUEL CELLS
  • ZINC-AIR FUEL CELLS
  • GROWTH TECHNOLOGIES
  • PEMFC
    • Table 3-2: Currently available PEMFC products
  • SOFC
    • Table 3-3: Currently Available SOFC Products
  • DMFC/DAFC
    • Table 3-4: Currently available DMFC/DAFC technologies
  • FLOW BATTERY
    • Figure 3-14: Flow battery design
  • END-USES FOR FUEL CELLS
  • TRANSPORT
  • PORTABLE
  • STATIONARY
  • INNOVATIVE NEW TECHNOLOGIES
  • PATENT REVIEW
    • Table 3-5: Fuel cell patents granted, 2010-2011
    • Table 3-6: Number of fuel cell patents issued by country for 2010 and 2011
  • KEY INDUSTRY ISSUES
  • COST
  • ECONOMIES OF SCALE
    • Table 3-7: Fuel cell system size for common applications
    • Table 3-8: Technical Targets for Automotive Applications
  • DURABILITY
  • MARKET OBSTACLES
    • Consumer Awareness
    • Figure 3-15: Statistics for Select Renewable Energy Keywords
  • OTHER NON-TECHNICAL ISSUES
  • KEY INDUSTRY TRENDS
    • Addressing current challenges
    • Related Objectives
    • Technical approach

CHAPTER 4: MARKET SIZE AND GROWTH

  • CURRENT MARKET DRIVERS
    • Energy prices
    • Figure 4-1: Average U.S. Electricity Prices (Cents per Kilowatt Hour) 1990 through 2012
    • Figure 4-2: Crude Oil Prices 1990 through 2012
  • GOVERNMENT GRANTS AND INVESTMENTS
    • Figure 4-3: U.S. Department of Energy Fuel Cell Budget Allocations for Fuel Cell-focused Grants 2002 through 2012
    • Table 4-1: Fuel Cell Technologies Program Key Activities 2010 through 2013 (dollars in thousands)
    • Other U.S government incentives
    • Table 4-2: U.S. Federal Government Fuel Cell Incentives
  • EUROPEAN COMMISSION FUNDING
    • Table 4-3: EU Funded Fuel Cell Projects
    • Incentives in specific countries
    • Table 4-4: Global National-Level Initiatives
    • Table 4-5: State Government Policies Summary
  • EMPLOYMENT
  • HISTORICAL MARKET SNAPSHOT 2007-2012
    • Table 4-6: 2007 Global Fuel Cell Market Snapshot
    • Table 4-7: 2012 Global Fuel Cell Market Snapshot
    • Table 4-8: Compound Annual Growth Rate (CAGR) 2007 - 2012
    • Figure 4-4: Global Fuel cell market value by type, 2007-2012 (sales US $thousands)
    • Table 4-9: 2007 Global Fuel Cell Market by Key End-Use Segment
    • Table 4-10: 2012 Global Fuel Cell Market by Key End-Use Segment
    • Figure 4-5: Global Fuel Cell Market by Key End-Use Segment, 2007-12 (% of market value)102
    • Table 4-11: Global Fuel Cell Market CAGR, 2007 - 2012
    • Table 4-12: Global Fuel Cell Sales by Region, 2007
    • Figure 4-6: Global Fuel Cell Market by Region, 2007 (US $thousands)
    • Table 4-13: Global Fuel Cell Sales by Region, 2012
    • Table 4-14: Global Fuel Cell Market, CAGR 2007-2012
  • MARKET LEADERS
    • Table 4-15: Market Leaders based on 2011 Revenue
  • CURRENT MARKET SIZE ESTIMATE
    • Table 4-16: Current Global Fuel Cell Market Snapshot, 2013
    • Table 4-17: Global Fuel Cell Market by Type, 2013
    • Table 4-18: Global Fuel Cell Market Snapshot 2013
  • MARKET PROJECTIONS THROUGH 2022
    • Figure 4-7: Global Fuel Cell Market by Region, 2007-2022 (US $thousands)
    • Table 4-19: Global Fuel Cell Market Snap Shot 2017
    • Table 4-20: Global Fuel Cell Market Snap Shot by End-User Segment 2017
    • Figure 4-8: Global Fuel Cell Market by Key End-Use Segment, 2013-2017(% of market value)
    • Table 4-21: Market Snapshot of Fuel Cell Sales by Region for 2017
    • Table 4-22: Five-Year CAGR by Fuel Cell Technology for 2013 through 2017
    • Table 4-23: Five-Year CAGR, Fuel Cell Sales by Sector 2013 through 2017
    • Compound Annual Growth Rate Across Regions for 2013 through 2017
    • Table 4-24: Fuel Cell Sales by Region CAGR 2013 - 2017
  • MARKET SNAPSHOT BY FUEL CELL TECHNOLOGY 2022
    • Table 4-25: Market Snapshot by Fuel Cell Technology 2022
  • FUEL CELL TECHNOLOGY COMPOUND ANNUAL GROWTH RATE FOR 2017 THROUGH 2022
    • Table 4-26: Fuel Cell Technology Compound Annual Growth Rate for 2017 - 2022
    • Table 4-27: Market Snapshot by End Use 2022
  • COMPOUND ANNUAL GROWTH RATE BY END-USE FOR 2017 THROUGH 2022
    • Table 4-28: Compound Annual Growth Rate by End-Use for 2017 through 2022
    • Table 4-29: Market Snapshot by Region 2022
  • COMPOUND ANNUAL GROWTH RATE FOR 2017 THROUGH 2012 BY REGION
    • Table 4-30: Compound Annual Growth Rate for 2017 through 2012 by Region

CHAPTER SUMMARY

CHAPTER 5: END-USE MARKETS AND THEIR OUTLOOK

  • Table 5-1: Fuel Cell Types And Some Common Applications
  • STATIONARY SECTOR
    • Figure 5-1: 1.2 MW fuel cell module for a DFC3000 2.4 MW power plant
    • Prime Power
    • Figure 5-2: Large Stationary Fuel Cell Deployments by Fuel Type, 2011 (%)
    • Small Stationary
    • Micro-Combined Heat and Power
    • Table 5-2: Micro-CHP Fuel Cell Technologies
    • Grid-Support and Off-Grid Power
    • Emergency back-up power, or Uninterrupted Power Supply (UPS)
    • Figure 5-3: Design of a 1-kilowatt direct borohydride UPS system
    • Distributed generation
    • Base load power plants
    • Power for base stations or cell sites
    • Table 5-3: Mobile Fuel Cell Deployments Worldwide
    • Figure 5-4: Standby back-up power for mobile base transmission station in Manila,Philippines
  • DEPLOYMENTS
    • Table 5-4: Commercial Deployments of Stationary Fuel Cells
    • Table 5-5: A Summary of U.S. Fuel Cell Deployments: Corporations
    • Table 5-6: Summary of Additional Deployments
  • TRANSPORT SECTOR
  • FUEL CELL ELECTRIC VEHICLES (FCEVS)
    • Figure 5-5: Chevrolet Equinox Refueling at a California Hydrogen Station
    • Table 5-7: U.S. State FCEV Deployment Rankings
    • FCEV technology development
    • Table 5-8: FCEV Targets for FCEV Deployment in Key Countries
    • Japan
    • Germany
    • South Korea
    • United States
    • Automaker plans
  • TRANSIT
    • Table 5-9: Active Global Fuel Cell Bus Projects
    • Table 5-10: Planned Global Fuel Cell Bus Projects
    • Material Handling Vehicles (MHVs)
  • Forklifts
    • Figure 5-6: Fuel cell forklifts produced by Plug Power
    • Table 5-11: Where Fuel Cells Are Used For Material Handling in North America
  • NICHE TRANSPORT
  • AUXILIARY POWER UNITS (APUS)
    • Table 5-12: Preliminary technical targets for 1kW-10kW fuel cell auxiliary power units (APUs) operating on standard ultra-low sulfur diesel fuel
    • Unmanned Aerial Vehicles (UAVs)
    • Figure 5-7: Fuel Cell UAV conceptual design
    • Military
    • Table 5-13: Fuel cell applications in the military
    • Figure 5-8: Protonex HULC (Human Universal Load Carrier) exoskeleton, poweredby fuel cells
    • Aviation and aerospace
    • Figure 5-9: The Mars Flyer, a potential application for improved PEM fuel cells and nextgeneration fuel cells
    • Figure 5-10: Boeing's experimental fuel cell-powered aircraft
    • Figure 5-11: First commercial aircraft powered by fuel cells
  • PORTABLE ELECTRONICS
  • FUEL
    • Table 5-14: Effects of Various Gaseous Reactants on Various Fuel Cell Types
  • INFRASTRUCTURE
    • Hydrogen production
    • Table 5-15: Methods for Producing Hydrogen
    • Summary
    • Hydrogen storage
    • Special challenges of hydrogen storage for transportation applications
    • Current storage technologies
    • Challenges
    • Table 5-16: Hyrdogen Storage Deployment Challenges
  • HYDROGEN DELIVERY

CHAPTER 6: MANUFACTURERS OF FUEL CELL TECHNOLOGIES

  • ACUMENTRICS
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-1: Acumentrics Product Portfolio
  • PERFORMANCE
    • Acquisitions and Divestitures
    • Personnel Changes
    • Innovation
    • Outlook
  • ADAPTIVE MATERIALS, INC.
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-2: Adaptive Materials' Product Portfolio
  • PERFORMANCE
    • Outlook
    • Innovation
    • Personnel Changes
  • BALLARD POWER SYSTEMS
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-3: Ballard Power System Product Portfolio
    • Table 6-4: Idatech Product Portfolio (acquired by Ballard July, 2012)
  • PERFORMANCE
  • COMPANY NEWS
  • ACQUISITIONS AND DIVESTITURES
    • Innovation
    • Outlook
    • Personnel Changes
  • BLOOM ENERGY
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-5: Bloom Energy's Product Portfolio
  • PERFORMANCE
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • CLEAREDGE POWER
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-6: ClearEdge Power's Product Portfolio
  • PERFORMANCE
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • FUELCELL ENERGY
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-7: FuelCell Energy's Product Portfolio
  • PERFORMANCE
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • NEDSTACK FUEL CELL TECHNOLOGY B.V.
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-8: NedStack Product Portfolio
  • PERFORMANCE
    • Financial
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • PLUG POWER INC.
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-9: Plug Power Product Portfolio
  • PERFORMANCE
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • PROTONEX TECHNOLOGY CORPORATION
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-10: Protonex Product Portfolio
  • PERFORMANCE
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • RELION
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-11: ReliOn Product Portfolio
  • COMPANY NEWS
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • SFC SMART FUEL CELL AG
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-12: SFC Smart Fuel Cell Product Portfolio
  • PERFORMANCE
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
  • UTC POWER
  • CORPORATE BACKGROUND
  • PRODUCT AND BRAND PORTFOLIO
    • Table 6-13: UTC Power Product Portfolio
    • Acquisitions and Divestitures
    • Innovation
    • Outlook
    • Personnel Changes
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