- What is driving the growth of distributed energy storage?
- What new regulatory policies are increasing DESS opportunities and which markets are open to these technologies?
- How do the economics of distributed energy storage vary by country and region?
- How are market participation models and government policies improving the bankability of DESSs?
- What is the long-term potential of DESSs in an evolving electric power industry?
- How is the emergence of DESS virtual power plants changing the energy landscape?
- How are utilities approaching distributed energy storage in their service territories?
- What are the capacity and revenue market forecasts for DESS through 2028?
世界各国のリアルタイムなデータ・インテリジェンスで皆様をお手伝い
Distributed Energy Storage Overview分散型エネルギー貯蔵システムの市場動向、ビジネスモデル、世界市場予測 米国調査会社ナビガントリサーチ（Navigant Research）の調査レポート 「分散型エネルギー貯蔵システムの市場動向、ビジネスモデル、世界市場予測」 は、バッテリーエネルギー貯蔵システム、熱エネ... もっと見る
Summary米国調査会社ナビガントリサーチ（Navigant Research）の調査レポート「分散型エネルギー貯蔵システムの市場動向、ビジネスモデル、世界市場予測」は、バッテリーエネルギー貯蔵システム、熱エネルギー貯蔵システム、遠隔マイクログリッドなどの世界の分散型エネルギー貯蔵システム（DESS）産業の市場促進要因と阻害要因、主要動向成長の予測に関する最新情報を提供している。主要な技術やDESSバリューチェーンの様々な企業について洞察している。2028年までの発電容量、エネルギー容量、収益を地域毎、技術毎、用途毎に予測している。 The distributed energy storage industry has seen significant growth during the past 5 years due to several key factors. Distributed energy storage systems (DESSs) are inherently flexible, can be deployed rapidly, have the potential to provide multiple grid and customer benefits, and can generate multiple value streams. Breakthroughs in adjacent digital technologies, including artificial intelligence, blockchain, and predictive analytics, are facilitating the emergence of DESSs as a key enabling technology for aggregated distributed energy resources (DER) solutions that are propelling DESS projects toward economic viability and improved bankability. Utilities around the world are recognizing the benefits of DESSs and launching programs to deploy DESSs on their electrical systems. Utility involvement, cost declines, government incentives, and increased solar PV integration are the primary growth drivers responsible for increased DESS deployments. New market participation models that enable system owners to capture multiple value streams, combined with innovative business and ownership models that share the costs and control of systems between utilities and their customers, are emerging as important enablers of continued DESS growth around the world. This report from Navigant Research, a Guidehouse company, provides an update on the market drivers, challenges, key trends, and growth projections for the global DESS industry, including battery energy storage systems, thermal energy storage systems, and remote microgrids. Additional insight is provided on the leading technologies and players across various elements of the DESS value chain. Forecasts segmented by region, technology, and application for power capacity (MW), energy capacity (MWh), and deployment revenue extend through 2028. Key Questions Addressed
Who Needs This Report
Table of Contents1. Executive Summary 1.1 Market Introduction 1.2 Market Forecasts 2. Market Overview 2.1 The Energy Cloud 2.1.1 The Role of Distributed Energy Storage in the Energy Cloud 2.1.1.1 Services Provided for Electricity Consumers 2.1.1.1.1 Increased Self-Consumption from Distributed Renewable Generation 2.1.1.1.2 Electricity Bill Management 2.1.1.1.3 Backup Power 2.1.1.2 Services Provided for System Operators 2.1.1.2.1 Frequency Regulation 2.1.1.2.2 Transmission and Distribution Deferral 2.1.1.2.3 Peak Capacity Investment Deferral 2.1.1.2.4 Services Provided for Microgrids 2.2 Drivers Shaping DESS Markets 2.2.1 Distributed Renewable Energy Growth 2.2.2 Cost Savings 2.2.2.1 Demand Charge Management 2.2.2.2 TOU Rates 2.2.2.3 EV Charging 2.2.3 Resiliency 2.2.4 Emerging DESS VPPs 2.2.5 Business Model and Financial Innovation 2.2.6 New Market Participation Models 2.2.7 Thermal Energy Storage Market Drivers 2.2.7.1 Global Shift toward Heating Electrification 2.2.7.2 Global Demand for Cooling and Peak Electricity 2.2.7.3 Sustainability and Energy Efficiency 2.2.8 Remote Microgrid Market Drivers 2.2.8.1 Lack of Energy Access in Key Developing World Markets 2.2.8.2 Incremental Energy Consumption Growth Patterns 2.2.8.3 Global Energy Access Initiatives 3. Regional Market Trends 3.1 Introduction 3.2 North America 3.2.1 Canada 3.2.2 US 3.3 Europe 3.3.1 Germany 3.3.2 Italy 3.3.3 UK 3.3.4 France 3.3.5 Netherlands 3.3.6 Ireland 3.3.7 Spain 3.4 Asia Pacific 3.4.1 Australia 3.4.2 India 3.4.3 Japan 3.4.4 New Zealand 3.4.5 Philippines 3.4.6 South Korea 3.5 Latin America 3.5.1 Mexico 3.6 Middle East & Africa 4. Technology Issues 4.1 Advanced Lead-Acid Batteries 4.2 Flow Batteries 4.3 Li-Ion Batteries 4.3.1 Li-Ion Challenges 4.3.2 Li-Ion Market and Technology Trends 4.4 Thermal Energy Storage Technologies 4.4.1 Sensible TES Technologies 4.4.1.1 TES Tanks 4.4.1.2 ERWHs 4.4.1.2.1 Electric Heat Pump Water Heaters 4.4.1.2.2 GIWHs 4.4.2 Latent TES Technologies 4.4.2.1 Static Ice Internal-Melt TESSs 4.4.2.2 Static Ice External-Melt TESSs 4.4.2.3 Encapsulated Ice TESSs 4.4.2.4 Unitary Ice TESSs 4.5 Remote Microgrids 4.5.1 Plug-and-Play Modular Microgrids 4.5.2 Remote Microgrid Segments 4.5.2.1 Commodity Extraction 4.5.2.2 Physical Islands 4.5.2.3 Village Electrification 4.6 Energy Storage Enabling Technologies 4.6.1 Energy Storage Software and Controls 4.6.1.1 Core Functions of Energy Storage Software 4.6.1.2 Project Analysis 4.6.1.3 System Control and Operation 4.6.1.4 System Optimization 4.7 Related Energy Storage Technologies 4.7.1 Intelligent Buildings and Building-to-Grid Integration for C&I Customers 4.7.2 Smart Home and Home Energy Solutions for Residential Customers 4.7.3 Blockchain 5. Key Industry Players 5.1 The DES Value Chain 5.2 Systems Integrators 5.2.1 Con Edison Solutions 5.2.2 Enel X 5.2.3 ENGIE 5.2.4 Pika Energy, Inc. 5.2.5 sonnen 5.2.6 Stem, Inc. 5.2.7 Tesla 5.3 Thermal Energy Storage Technology Developers 5.3.1 CALMAC 5.3.2 Ice Energy 5.3.3 Steffes ETS 5.3.4 Viking Cold Solutions, Inc. 5.4 Leading Technology Vendors 5.4.1 CATL 5.4.2 LG Chem 5.4.3 Samsung SDI 6. Market Forecasts 6.1 Methodology and Assumptions 6.2 Forecasts by Region 6.3 Forecasts by Building Type 6.4 Residential Energy Storage 6.5 Thermal Energy Storage 6.6 Conclusions and Recommendations 7. Building Types 7.1 Office 7.2 Retail 7.3 Education 7.4 Healthcare 7.5 Hotels & Restaurants 7.6 Institutional/Assembly 7.7 Warehouse 7.8 Transport 8. Acronym and Abbreviation List 9. Table of Contents 10. Table of Charts and Figures 11. Scope of Study, Sources and Methodology, Notes
List of Charts and Figures
List of Tables
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