- What patterns of smart energy and advanced energy technology use will emerge in the residential and commercial sectors?
- What are the current drivers and barriers to the development of smart energy communities?
- What partnerships are emerging between utilities, grid authorities, engineering firms, and technology companies in the smart energy communities space?
- What are the geographic and policy trends driving the development of smart energy communities?
- How will the demands of consumers shape the smart energy market in the next decade?
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
Smart Energy Communities世界のスマートエネルギーコミュニティ：スマートシティ、地区、コミュニティ向けのエネルギー技術とソリューション このレポートはスマートエネルギーコミュニティの課題や新しい動向、市場機会や市場阻害要因、コミュニティベースのスマートエネルギー技術の展開を分析しています。 Report Details As... もっと見る
Summaryこのレポートはスマートエネルギーコミュニティの課題や新しい動向、市場機会や市場阻害要因、コミュニティベースのスマートエネルギー技術の展開を分析しています。 Report Details As the nature of energy generation and use becomes more distributed, more flexible, and more digital, entire communities are beginning to combine various emerging energy technologies and achieving greater levels of grid resilience and reliability at a lower financial cost. Whether isolated islands, green field residential developments, or urban multifamily housing blocks, communities are growing more interested in combining renewable energy generation, energy storage, smart meters, green buildings, blockchain, and other technologies to exert more control over their energy usage. The development of the smart energy community market is being driven primarily by the demands of the end consumer. Energy consumers are also expressing an interest in using energy that is generated locally and that they can partly control, as opposed to the grid mix that energy generators have provided for them. Motivated by the pressures of this growing pool of distributed energy resources (DER), a desire for more reliable service, and mounting environmental regulation, grid authorities are exploring new ways of organizing and managing their grid to maintain an acceptable level of grid balance. This organization is increasingly taking place at the grid edge and driving the development of smart energy communities. The smart energy communities market is also encountering resistance in a few forms, primarily in dealing with policy entrenchment, slow technology adoption, and hesitation from some residential groups. This Guidehouse Insights report analyzes the global market for technologies that are often combined in smart energy community concepts. The market forecast provides an analysis of market issues, including emerging trends, opportunities, and barriers, for the deployment of these community-based configurations of smart energy technology. Global market forecasts are included for all world regions, including breakouts by advanced energy technologies and smart grid applications, and extend through 2030. The report also examines key issues related to the development of smart energy communities as well as select industry players and case studies.
Key Questions Addressed Who Needs This Report
Table of ContentsTable of Contents 1. Executive Summary 1.1 Market Overview 1.2 Market Issues and Trends 1.3 Market Forecasts 2. Market Issues 2.1 Smart Energy Communities Definition 2.2 Report Scope 2.3 Market Scope 2.3.1 Key Technologies 2.3.1.1 Microgrids 2.3.1.2 Blockchain 2.3.1.3 Energy Storage 2.3.1.4 DER 2.3.1.5 DSM 2.3.1.6 Neural Grid Applications 2.3.1.7 V2G 2.3.1.8 Smart Inverters 2.3.1.9 Green Buildings 2.3.2 Common Deployment Models 2.3.2.1 Smart Community Microgrids 2.3.2.2 Community Energy Trading 2.3.2.3 Commercial Smart Energy Districts 2.4 Market Drivers 2.4.1 Local Energy Cost and Resilience Efforts 2.4.2 Decarbonization Goals 2.4.3 Vehicle Electrification 2.5 Market Barriers 2.5.1 Public Engagement 2.5.2 Governance Structures 2.5.3 System Complexity and Cost 3. Key Industry Players and Case Studies 3.1 Key Industry Players 3.1.1 Energy Software Companies 3.1.1.1 GreenCom Networks 3.1.1.2 LO3 Energy 3.1.1.3 Lumenaza 3.1.1.4 Uplight 3.1.1.5 Verv 3.1.2 Technology and Equipment Companies 3.1.2.1 ABB 3.1.2.2 Hitachi 3.1.2.3 IBM 3.1.2.4 Schneider Electric 3.1.2.5 Siemens 3.1.3 Utilities and Grid Authorities 3.1.3.1 Alliander 3.1.3.2 Centrica 3.1.3.3 Flexens 3.2 Case Studies 3.2.1 +CityxChange Limerick 3.2.2 Brooklyn Solar Energy Trading 3.2.3 Brunnthal Energy Community 3.2.4 EnergieKoplopers 3.2.5 Hackney Blockchain Energy Trading 3.2.6 Pena Station Next 3.2.7 Reynolds Landing 3.2.8 Smart Energy Åland 3.2.9 Smart Energy Islands 3.2.10 Wildwood of Marengo 4. Market Forecasts 4.1 Scope and Methodology 4.1.1 Coronavirus Outbreak Impacts 4.1.2 Global Markets 4.2 Revenue by Geography 4.2.1 North America 4.2.2 Europe 4.2.3 Asia Pacific 4.2.4 Latin America 4.2.5 Africa & Middle East 4.3 Conclusions and Recommendations 5. Acronym and Abbreviation List 6. Table of Contents 7. Table of Charts and Figures 8. Scope of Study, Sources and Methodology, Notes
List of Charts and Figures
List of Tables
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