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市場調查報告書
替代能源資源用變頻器經濟影響因素・應用牽引因素・架構配置/包裝動向・技術及法規限制發展（第3版）
Inverters for Alternative Energy Resources: Economic Factors, Application Drivers, Architecture/Packaging Trends, Technology and Regulatory Developments, Third Edition
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替代能源資源用變頻器經濟影響因素・應用牽引因素・架構配置/包裝動向・技術及法規限制發展（第3版） 是由出版商Darnell Group, Inc.在2009年06月所出版的。
這份英文市場調查報告書包含82 Pages 價格從美金2600起跳。
本報告書內容包括：太陽光、風力、燃料電池等各種替代能源資源用變頻器市場調查分析、技術、架構配置、包裝動向、關聯規格・法規限制動向、各種用途、主要市場機會及威脅等。內容綱要摘記如下：
- 介紹
- 應用分類
- 替代能源開發
- 太陽光發電
- 十億瓦級的生產能力
- PV模組供應的最新發展
- 建築物一體型PV系統
- 微格網
- 日照陰影
- 微變頻器系統
- 太陽光發電變頻器技術
- 朝免變壓器系統發展
- 通訊及監視
- 維修相關課題
- 保證
- 風力發電
- 大型風力發電機
- 小型風力發電機
- 垂直軸風力發電機
- 建物一体型風力能源
- 風力發電變頻器技術
- 燃料電池
- CHP應用
- 備用電力應用
- 燃料電池變頻器技術
- 政策・法規限制架構
- 固定價格收購(feed-in tariff)制度之實施
- 可再生的產品規格
- 與公共事業格網的相互連接
- 淨用電
- 規格・法規限制
- 可再生能源之認可
- 直接輔助金及稅賦優惠
- 法規限制方針
- 成本力學：可再生資源
- 成本力學：變頻器技術
- 技術動向・開發
- 半導體
- 數位動力
- 產品開發
- 圖表
Abstract
The focus of this comprehensive analysis provides decision makers with a
detailed and insightful look into the current and future opportunities and
threats available in the inverter market for Alternative Energy Resources.
Among the areas covered in this report are the technology, architecture and
packaging trends affecting the industry, as well as a thorough discussion of
new and emerging technologies and materials, applications, potential threats
and the latest regulatory developments and standards. Over 30 illustrations,
graphs and tables are presented depicting a variety of power system schematics
and comparisons, technologies, product introductions, packaging solutions,
efficiency standards and other relevant information.
Subjects included in this analysis are:
- Application Segments
- Alternative Energy Developments
- Photovoltaics
- Photovoltaic Inverter Technologies
- Wind Power
- Fuel Cells
- Policy and Regulatory Framework for Development
- Cost Dynamics of Renewable Resources
- Cost Dynamics of Inverter Technology
- Technology Trends and Developments
- Product Innovations and Developments
Table of Contents
- Introduction
- Application Segments
- Alternative Energy Developments
- Photovoltaics
- Gigawatt Scale Production Capacity
- Recent Developments in PV Module Supply
- Building Integrated PV Systems
- Microgrids
- Photovoltaic Shading
- Micro Inverter Systems
- Photovoltaics Inverter Technology
- Transition to Transformerless Systems
- Communication and Monitoring
- Maintenance Issues
- Warranties
- Wind
- Large Wind Turbines
- Small Wind Turbines
- Vertical Axis Wind Turbines
- Building Integrated Wind Energy
- Wind Inverter Technology
- Fuel Cells
- Combined Heat and Power (CHP) Applications
- Backup Power Applications
- Fuel Cell Inverter Technology
- Policy and Regulatory Framework for Development
- Adoption of Feed-in Tariffs
- Renewable Portfolio Standards
- Interconnection to the Utility Grid
- Net Metering
- Standards and Regulations
- Renewable Energy Certificates
- Direct Subsidies and Tax Incentives
- Legislative Policies
- Cost Dynamics of Renewable Resources
- Cost Dynamics of Inverter Technology
- Technological Trends and Developments
- Semiconductors
- Digital Power
- Product Innovations and Developments
- Disclaimer
Tables
- Table 1 - Comparison of Inverters with and without Transformers
Graphs
- Graph 1 - Spanish PV Market (2003 - 2010)
Figures
- Figure 1 - Building Integrated Photovoltaic System
- Figure 2 - Building Integrated Photovoltaic System Structural Example
- Figure 3 - Micro Grid Configurations
- Figure 4 - Problem with Shading in Current PV Systems
- Figure 5 - National Semiconductor Solar Magic
- Figure 6 - Proposed Solution to Problem with Shading
- Figure 7 - PV Array wired in Parallel
- Figure 8 - PV Array wired in Series
- Figure 9 - Enphase Micro-inverter
- Figure 10 - Commercial Grid-tied Solar Inverter System
- Figure 11 - Inverter Configuration for Off-grid System
- Figure 12 - Residential Grid-tied Inverter System
- Figure 13 - SMA America Inc. Sunny Central 250U Inverter
- Figure 14 - SatCon 1 Megawatt Inverter
- Figure 15 - Comparison of Inverter System with and without a Transformer
- Figure 16 - The Development and Path of Wind Turbines
- Figure 17 - Wind Cube Rooftop Wind Turbine
- Figure 18 - Vertical Axis Wind Turbine
- Figure 19 - Building Integrated Wind Turbine
- Figure 20 - Building Integrated Wind Turbine Examples
- Figure 21 - SOFC Fuel Cell Installation
- Figure 22 - Nature of Main Interconnection Guidelines in Europe
- Figure 23 - Net Metering for PV in the US
- Figure 24 - Net Metering for Wind Power in the US
- Figure 25 - IEEE Series of Interconnection Standards
- Figure 26 - Renewable Energy Certificates
- Figure 27 - Cost Comparison of Renewable Energy
- Figure 28 - Inverter Circuit Board with SiC Components
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