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市場調查報告書

分散式發電的破壞力:智慧電網的彈性的管理

Disruptive Forces of Distributed Generation: Managing Smart Grid Flexibility

出版商 Frost & Sullivan 商品編碼 359806
出版日期 內容資訊 英文 54 Pages
商品交期: 最快1-2個工作天內
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分散式發電的破壞力:智慧電網的彈性的管理 Disruptive Forces of Distributed Generation: Managing Smart Grid Flexibility
出版日期: 2016年05月24日 內容資訊: 英文 54 Pages
簡介

關於本報告提供分散式發電的主要技術選擇,市場概要,影響力,主要推動因素,各國的趨勢等系統性資訊。

摘要整理

分散式發電的市場概要

  • 供電網的變化
  • DSO所扮演的角色的變化
  • 轉換趨勢促進DSO的變化
  • 能源儲存的概述
  • 能源儲存的發展
  • 市場的新加入廠商
  • 智慧電表的發展

地區、技術、服務的影響

  • 分散式發電的成長
  • 分散式發電的目前高成長、普及領域
  • 分散式發電的未來的地理熱點
  • 對電網的分散式發電的影響
  • 配電網業者的主要課題
  • 配電網解決方案
  • 具體的技術課題

對分散式發電的普及的主要推動

  • 對分散式發電的普及的主要推動
  • DSO的主要技術和應用範例
  • 配電自動化市場
  • 感測器的發展
  • 歐洲的分散式發電相關的投資的魅力

案例研究

  • 案例研究:丹麥
  • 案例研究:加利福尼亞 (美國)

要點

附錄

關於Frost&Sullivan

目錄
Product Code: 9AAE-00-1D-00-00

Managing Smart Grid Flexibility

Handling new generation power and balancing supply and demand, monitoring, and forecasting are some key functions adding complexity to distributors' new role. Meeting those challenges requires the adoption of national and trans-national legislation and large-scale investments. Embracing those changes will increase the stability of grids and also yield great economic rewards for solution providers. This report touches upon the key technologies that are likely to be demanded by distributors in regions where the share of DG continues to increase. It also highlights country-specific stability dynamics influencing the scale of investments required to reach more stable grid conditions.

Table of Contents

1. DISRUPTIVE FORCES OF DISTRIBUTED GENERATION

Executive Summary

  • Executive Summary-CEO's Perspective

Market Overview of Distributed Generation

  • Changing Power Grid
  • Changing Power Grid (continued)
  • Changing Role of DSOs
  • Transformational Trends Driving Change for DSOs
  • Snapshot of Energy Storage
  • Developments in Energy Storage
  • Entry of New Market Players
  • Smart Meter Deployment

Regional, Technological, and Service Implications

  • Growth of Distributed Generation
  • Growth of Distributed Generation (continued)
  • Growth of Distributed Generation (continued)
  • Current Areas Experiencing High Growth and Penetration of Distributed Generation
  • Current Areas Experiencing High Growth and Penetration of Distributed Generation (continued)
  • Future Geographic Hotspots for Distributed Generation
  • Future Geographic Hotspots for Distributed Generation (continued)
  • Impact of Distributed Generation on the Grid
  • Impact of Distributed Generation on the Grid (continued)
  • Key Challenges for Distribution Grid Operators
  • Key Challenges for Distribution Grid Operators (continued)
  • Key Challenges for Distribution Grid Operators (continued)
  • Key Challenges for Distribution Grid Operators (continued)
  • Key Challenges for Distribution Grid Operators (continued)
  • Distribution Grid Solutions
  • Distribution Grid Solutions (continued)
  • Distribution Grid Solutions (continued)
  • Concrete Technical Challenges

Key Enablers for the Proliferation of Distributed Generation

  • Key Enablers for the Proliferation of DG
  • Examples of Key Technologies and Applications for DSOs
  • Distribution Automation Market
  • Deployment of Sensors
  • DG-related Investment Attractiveness of Europe

Case Studies

  • Case Study-Denmark
  • Case Study-California (US)

Key Takeaways

  • Three Big Predictions
  • Legal Disclaimer

Appendix

  • Abbreviations and Acronyms Used

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