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市場調查報告書

分散型發電及廢熱發電的全球市場

Worldwide Power Electronics For Distributed & Cogeneration

出版商 Darnell Group, Inc.
出版日期 2006年04月 商品編碼 42141
內容資訊 英文 184 pages
價格
US $ 5500 PDF by E-mail, PDF & Excel On CD-ROM (Corporate Licencse)


分散型發電及廢熱發電的全球市場 是由出版商Darnell Group, Inc.在2006年04月所出版的。 這份英文市場調查報告書包含184 pages 價格從美金5500起跳。

簡介

分散型發電及廢熱發電(DCG) 已經成為具有魅力的新世紀能源選擇。由於市場充斥著電力不足、輸電/配電能力不足、公用事業重組、不穩定的電力價格、技術發展及環境政策等問題,因此市場對於可信賴電力的需求開啟了分散型發電、廢熱發電與原料電力市場的大門。在2006年具有37億美金規模的該領域市場預料將以每年15.4%的速度持續成長,並且在2011年達到76億美金的市場規模。

專門調查電源•電子領域技術及市場的美國市調公司 Darnell Group, Inc. (總公司:加州),調查與分析分散型發電及廢熱發電的全球市場,並有系統地出版綜合報告書 "Worldwide Power Electronics For Distributed & Cogeneration"

此報告書在下面的內容裡,詳盡地調查有穩健成長表現的全球DCG電力市場,並且也針對有高市場商機的領域與成長時期等,進行一連串地探討。

第1章 說明

第2章 調查的目的、範圍及方法

第3章 摘要

第4章 市場動向及特徵

  • 電力替換市場的商業上及經濟上的推動要素
  • 效率及信賴性
  • 成本
  • 電力需求
  • 全球各地動向
  • 北美市場推動要素
  • 歐洲市場推動要素
  • 亞洲市場推動要素
  • 合作問題
  • 標準與規範
  • 電力替換的未來方向
  • 製品的革新

第5章 全球市場的未來預測

  • 未來預測上的價格前提
  • 全球各地分析
  • 電力整流器及各用途分析
  • 反用換流器
  • 各種頻率轉換裝置
  • 系統替換開關(STS)
  • 瓦數、安培數的各用途分析

第6章 北美市場的未來預測

  • 電力整流器及各用途分析
  • 反用換流器
  • 各種頻率轉換裝置
  • 系統替換開關(STS)
  • 瓦數、安培數的各用途分析

第7章 歐洲市場的未來預測

  • 電力整流器及各用途分析
  • 反用換流器
  • 各種頻率轉換裝置
  • 系統替換開關(STS)
  • 瓦數、安培數的各用途分析

第8章 亞洲市場的未來預測

  • 電力整流器及各用途分析
  • 反用換流器
  • 各種頻率轉換裝置
  • 系統替換開關(STS)
  • 瓦數、安培數的各用途分析

第9章 競爭環境

  • 概要
  • 企業檔案(主要22家)

目錄

Abstract

Distributed & Cogeneration (DCG) is gaining momentum and becoming an attractive energy option for the new millennium. Demand for power reliability combined with increasing power shortages, inadequate power transmission and distribution capacity, utility restructuring, volatile electricity prices, technology advancements and public environmental policies have opened the market for distributed and cogeneration projects and their accompanying power electronics components. The projected worldwide dollar market for DCG power electronics is expected to increase from $3.7 billion in 2006 to $7.6 billion in 2011, a compounded average annual growth rate of 15.4%. The market dynamics for these projects differ from region to region. In North America, DCG helps to relieve the pressure from volatile power prices and ensure power reliability. In Europe, DCG is being promoted because it provides an environment-friendly energy source, which helps reduce greenhouse gas emissions. In Asia, DCG contributes to the alleviation of power shortages and helps both mature and developing nations manage their energy needs. All these elements have contributed to a strong market for alternative power generation technologies like gensets, small-scale gas turbines, microturbines, photovoltaics, variable speed generators, wind turbines and fuel cells.

The power electronics market potential for these projects varies depending on which DCG technology they serve. Wind turbines are the biggest market for power electronics, while photovoltaics, microturbines and fuel cells will have higher growth rates. The gas turbine and gensets markets will benefit from the growing interest in the Combined Heat and Power (CHP) application. This edition will also look at the market for variable speed generators.

In addition to the macro-economic trends to be discussed, there are the particular dynamics for DCG power electronics. In traditional DCG systems, such as gas turbines and gensets, power electronics only account for a small percentage of the total cost. In new DCG technologies, including fuel cells, photovoltaics, microturbines and wind turbines, power electronics account for a much larger percentage of the total system cost. Moreover, technology development in power electronics plays a very important role in improving various DCG system performances, which will further drive the DCG penetration into the electricity market.

A growing percentage of DCG systems are using power electronics to improve power efficiency. Just a few years ago, only about 30% of wind turbines used power electronics. This percentage has increased to over 80% in recently installed wind turbines. Genset developers are exploring the use of variable speed operation to increase system efficiency. The impact from increasing demand for grid interconnection can be seen in the PV inverter market. PV inverters have evolved from modified sine wave to true sine wave, from stand-alone to grid-intertie. A multifunction inverter even combines battery storage with grid-tie function to ensure power reliability. Static transfer switches using thyristors reduce the sensing-and-switching time to less than 4 milliseconds, more than six times faster than electromechanical devices. Electronic meters are being developed to replace electromechanical meters.

The on-going development of interconnection standards and regulations will present both market opportunities and technology challenges for the power electronics industry. Future research and development efforts will need to focus on improving efficiency and reliability, communication and interface, thermal management, reduce parts and points of failure, packaging and bringing down cost.

Table of Contents

Chapter I Introduction

  • Introduction

Chapter II - Purpose, Scope & Methodology

  • Purpose
  • Scope
  • Methodology
  • Correlation and Analysis

Chapter III - Executive Summary

  • DCG Power Electronics Market Characteristics and Trends
  • Worldwide Market Forecasts
  • North America Market Forecasts
  • Europe Market Forecasts
  • Asia Market Forecasts
  • Competitive Analysis

Chapter IV - Market Characteristics And Trends

  • Introduction
  • Business and Economic Factors Driving the Power Conversion Market
  • Efficiency and Reliability
  • Cost
  • Power Requirements
  • Regional Trends
  • North American Market Drivers
  • Europe Market Drivers
  • Asia Market Drivers
  • Interconnection Issues
  • Standards and Regulations
  • Future Direction of Power Conversion
  • Product Innovations

Chapter V - Worldwide Market Forecasts

  • Introduction
  • Forecasting Assumptions Pricing
  • By Region
  • By Power Electronics Converters and Applications
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches
  • By Power Electronics Applications in Wattage and Amperes
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches

Chapter VI - North America Market Forecasts

  • Introduction
  • By Power Electronics Converters and Applications
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches
  • By Power Electronics Applications in Wattage and Amperes
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches

Chapter VII - Europe Market Forecasts

  • Introduction
  • By Power Electronics Converters and Applications
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches
  • By Power Electronics Applications in Wattage and Amperes
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches

Chapter VIII - Asia Market Forecasts

  • Introduction
  • By Power Electronics Converters and Applications
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches
  • By Power Electronics Applications in Wattage and Amperes
  • Inverters
  • Variable Frequency Converters
  • Static Transfer Switches

Chapter IX - Competitive Environment

  • Overview
  • Company Profiles
  • ABB Ltd. .
  • Advanced Energy Systems Ltd
  • Alstrom.
  • Analytic Systems
  • ASI Robicon
  • Beacon Power
  • Danfoss Silicon Power
  • Encorp Inc.
  • Exeltech
  • Fronius International
  • Liebert Corp.
  • MagneTek Inc.
  • Mastervolt International
  • Newage AVK SEG
  • Pivotal Power .
  • Power Distribution Incorporated (PDI)
  • S&C Electric Company
  • Satcon Technology Corp.
  • SMA Regelsysteme GmbH
  • Sustainable Energy Technologies
  • Xantrex (Trace, Statpower, Heart Interface)
  • Market Share

Appendix A

  • Glossary
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