市場調査レポート

世界の分散型電源管理システム(DERMS)市場:技術・導入・市場機会

Distributed Energy Resource Management Systems 2014: Technologies, Deployments and Opportunities

発行 Greentech Media Inc. 商品コード 315660
出版日 ページ情報 英文
納期: 即日から翌営業日
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世界の分散型電源管理システム(DERMS)市場:技術・導入・市場機会 Distributed Energy Resource Management Systems 2014: Technologies, Deployments and Opportunities
出版日: 2014年10月07日 ページ情報: 英文
概要

世界の電力市場では、電力市場の分散化への移行や、分散型発電方式の急増などが進行した結果、配電網を中心に業界全体に様々な影響・課題(安定性の確保など)が出てきています。分散型電源管理システム(DERMS)は、配電網の安定性をリアルタイムで監視するソフトウェア・ベースのソリューションで、今後の送配電網のより効率的な管理や安定性確保を実現できる手段です。世界のDERMS市場はまだ初期段階にあり、技術的課題も多いですが、電力の分散化や再生可能エネルギーの活用が進んだ地域では今後大きく成長する可能性があります。

当レポートでは、全世界の分散型電源管理システム(DERMS)市場の現状と将来性について分析し、世界の電力業(ユーティリティ産業)の現状や、DERMS市場の促進・阻害要因、技術的特徴、世界各地域での詳細動向、各国政府の普及支援策、参入が見込まれているベンダーのプロファイルといった情報をお届けいたします

第1章 イントロダクション

第2章 分散型エネルギー供給(DER)の登場

  • DERの急成長
  • DERへの移行が顕著な州
  • 連邦政府のDER関連の規制変更・インセンティブ
  • ユーティリティ企業の再生可能エネルギー・分散型発電(DG)への懸念
  • DER統合の経済性
  • 配電フィーダ上での、より高度なDERの導入の実現

第3章 技術

  • 分散型インテリジェンス機能の導入
  • 太陽電池(PV)モジュール用スマートインバーター
  • 電圧・無効電力の制御
  • 一体化プラットフォーム

第4章 DERMS(分散型電源管理システム)の定義

  • DERMSの機能の定義
  • ユーティリティ企業にとってのDERMSの提案価値
  • 既存インフラの構造と有効活用

第5章 配電網上でのリソース管理

  • DERMSソリューションの種類
  • DERMSの事業事例の構築

第6章 北米での使用辞令

  • 北米のDERMS市場分析
  • 北米での資金調達機会
  • Duke Energy Carolinas
  • Power Shift Atlantic
  • ハワイ州の場合
  • Electric Power Board of Chattanooga
  • First Energy and BPL Global

第7章 欧州・日本でのDERMSの利用事例

  • 欧州のDER一体化への取り組み
  • 欧州での代表的な取り組み
  • フランス
  • ドイツ
  • デンマーク
  • 日本

第8章 市場の分類とベンダーの分析

  • 市場の分類
  • 資金調達活動と企業合併・買収(M&A)
  • 競合情勢
  • 注目すべき企業
  • 参入予定の配電ソリューションプロバイダー

第9章 市場規模とその予測

  • 分析範囲
  • 予測プラン
  • 北米のDERMS市場の現在の市場規模
  • 市場の潜在力に関する認識
  • 北米のDERMSの市場規模の予測

第10章 結論

図表一覧

目次

Spurred by a fundamental shift towards decentralization, the proliferation of distributed generation is creating an undeniably profound and real effect on the utility industry, not only threatening to disrupt the present business models, but furthermore jeopardizing grid stability. A Distributed Energy Resource Management System (DERMS) is a softwarebased solution that increases an operator's real-time visibility into its underlying distributed resource capabilities, enabling a heightened level of control and flexibility necessary to more effectively manage the technical challenges posed by an increasingly distributed grid. While the global DERMS market is fairly nascent, regions with higher distributed and renewable generation tend to have a higher degree of adoption. The DERMS market can be segmented into distinct groups, each highly customizable on a project-by-project basis.

image1

Vendors approach this market with a variety of perspectives and diverse experiences. By leveraging existing technologies and participating in various global development and funding opportunities, several players are emerging as market leaders. As escalating consumer DER adoption proliferates, operators will continue to move towards development and deployment of this technology, suggesting an optimistic near-future outlook.

The report includes:

  • Comprehensive market analysis and description
  • Industry drivers, trends, barriers, and
  • technology evolution
  • North American market sizing and forecast
  • North American and selected international (France,
  • Germany, and Japan) case studies and initiatives
  • Market taxonomies and competitive vendor/utility
  • landscapes

Sample Figures

image2

Table of Contents

1. Introduction

  • 1.1. Scope
  • 1.2. Market Overview
  • 1.3. Vendor Landscape
  • 1.4. Utility Landscape
  • 1.5. Key Findings

2. Emergence of Distributed Energy Resources

  • 2.1. Proliferation of DERs
  • 2.3. Notable States Moving towards DER Integration
  • 2.4. Federal DER Related Regulation Changes and Incentives
  • 2.5. Utility Renewable & DG Concerns
  • 2.6. DER Aggregation Economics
  • 2.7. Enabling Higher DER Accommodation on Distribution Feeder

3. Technology

  • 3.1. Introducing Distributed Intelligence
  • 3.2. Smart Inverters for PV Modules
  • 3.3. Volt-VAR Control
  • 3.4. Aggregation Platforms

4. Defining DERMS

  • 4.1. Defining DERMS Functionality
  • 4.2. Utility Value Proposition of DERMS
  • 4.3. Architecture and Leveraging Existing Infrastructure

5. Resource Management on the Distribution Grid

  • 5.1. Types of DERMS Solutions
  • 5.2. Making a DERMS Business Case

6. North American Use Cases

  • 6.1. North American DERMS Analysis
  • 6.2. North American Funding Opportunities
  • 6.3. Duke Energy Carolinas
  • 6.4. Power Shift Atlantic
  • 6.5. Hawaii
  • 6.6. Electric Power Board of Chattanooga
  • 6.7. First Energy and BPL Global

7. European and Japanese DERMS Use Cases

  • 7.1. European DER Integration Initiatives
  • 7.2. Selected European Initiatives
  • 7.3. France
  • 7.4. Germany
  • 7.5. Denmark
  • 7.6. Japan

8. Market Taxonomy and Vendor Analysis

  • 8.1. Market Taxonomy
  • 8.2. Funding Activities and M&A
  • 8.3. Competitive Landscape
  • 8.4. Enterprise-Level Vendors to Watch Out For
  • 8.5. Up-and-Coming Distributed Solution Providers

9. Market Size and Forecast

  • 9.1. Scope
  • 9.2. Forecast Plan
  • 9.3. Present Value of North American DERMS Market
  • 9.4. Recognizing the Market Potential
  • 9.5. North American DERMS Market Forecast

10. Conclusion

List of Figures

1. Introduction

  • Decreasing Cost and Increasing Deployments of US Distributed Solar
  • North American DERMS Deployment Overview
  • DERMS Vendor Landscape

2. Emergence of Distributed Energy Resources

  • Distributed Solar Feeder Capacity in the Continental US
  • Benefits of Distributed Generation
  • Typical DR Market Stakeholders
  • California Independent System Operator Flexible Capacity Requirements
  • US State Regulatory Overhaul
  • NY Enhanced Demand Reponses Incentives
  • FERC Order 792 Fast Track Eligibility for Inverter-Based Systems
  • Technical Concerns with High PV Penetration on Distribution
  • Inverter Fault Ride Through Functionality
  • DER Aggregation Economics, Value Streams
  • DER Technology Options
  • Utility Value from Interoperability

3. Technology

  • Distributed Intelligence
  • Review of Advanced Grid Support Requirements in Various Geographies
  • Common Smart Inverter Functionalities
  • Smart Inverter Frequency-Watt Function
  • Smart Inverter Functions to Provide DERMS Enterprise Services
  • Various Approaches to Volt-VAR Control
  • Enabling DER Opportunities through Aggregation Technologies

4. Defining DERMS

  • Evolution of DER Management
  • Key DERMS Functionalities
  • DERMS Drivers and Benefits
  • DERMS Utility Proposition
  • Approaches to DERMS Control

5. Resource Management on the Distribution Grid

  • Defining DERMS Categories
  • Deployment Type General Characterizations
  • DERMS Financing

6. North American Use Cases

  • North American DERMS Deployments
  • North American DERMS Market Segmentation
  • Duke Energy's McAlpine Pilot Microgrid
  • Power Shift Atlantic Project Participants
  • Hawaii DERMS Technology R&D Projects
  • Maui Smart Grid Objectives
  • EPB Chattanooga VPP

7. European and Japanese DERMS Use Cases

  • Selected European DER Integration Initiatives
  • Overview of Grid4EU Demonstration Projects
  • iGREENGrid Demonstration Project Overview
  • FENIX Initiative
  • Other Relevant European Smart Grid Initiatives
  • French DERMS Deployments
  • DERMS Pilot Deployments in France's PACA Region
  • ReFlexE System Architecture
  • Germany DERMS Deployments
  • Germany E-Energy R&D and Pilot Deployments
  • Selected Danish DERMS R&D and Pilot Projects
  • EcoGrid EU Wholesale Market
  • Japanese Transmission Infrastructure as of 2010
  • Japanese DERMS Deployments
  • Japanese NEDO Projects, Mitigating Renewable Fluctuation

8. Market Taxonomy and Vendor Analysis

  • DERMS Vendor Ecosystem
  • Alternative Approaches to Address Distribution Grid Management
  • North American ADMS/DMS Deployments at 30 Top Utilities
  • Venture Capital and Research Grant Funding for DERMS
  • Venture Capital and Public Funding
  • DERMS Market Activities
  • Mergers, Acquisitions, & Partnerships in the DERMS Market
  • DERMS Product General Capabilities
  • Top Centralized DERMS Solution Vendor Ranking
  • Top Distributed DERMS-specific Solution Vendor Rankings
  • Alstom Global DERMS Deployments
  • Siemens DERMS Solution Bundle
  • Smarter Grid Solutions Active Network Management Offering
  • Spirae BlueFin Control Architecture

9. Market Size and Forecast

  • North American DERMS Projects by Supporting Organization
  • North American Total DERMS Expenditure through Q3 2014 by Deployment Type
  • North American Total DERMS Expenditure through Q3 2014 by DERMS Type
  • Expected DER Installed Capacity
  • State Selection Criteria
  • Market Forecast Range of North American DERMS Software Solutions
  • Base Case Market Forecast of North American DERMS Software Solutions
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