Growing Opportunity in the Global Microgrid Market
Growing Opportunity in the Global Microgrid Market
Decreasing Costs and Technological Advancements of Decentralised Power and Storage Drives New Market Growth
20-Sep-2016
Global
Description
“Microgrid” is the new buzzword amidst the rise of distributed energy resources and battery energy storage systems. Significant price declines in both distributed renewable power and battery technologies, coupled with more technological advancements in control and energy management systems, have created a vision of reliable, efficient, renewable, and "islandable" grid networks embedded with advanced smart grid technologies. To provide an understanding of the nuances of the global market, this study will provide clarity on market drivers for different applications and geographic markets; policies governing microgrid orientation and interaction with the central grid and bordering microgrids; and multiple business models relating to the unique regulatory, economic, topographical, social, and technological environments in which they are developed.
RESEARCH: INFOGRAPHIC
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Table of Contents
Key Findings
Market Engineering Measurements
CEO’s Perspective
Key Metrics, Global, 2015
Associated Multimedia and Related Research
Introduction
Microgrid Addressable Market, Global, 2015
Market Segmentation
Microgrid Application Segmentation
Market Drivers
Market Restraints
Market Engineering Measurements
Revenue Forecast by Region
Revenue by Application Segment
Revenue Forecast by Application Segment
Segmentation and Metrics by Region
Regional Analysis
Microgrid Market Attractiveness
Market Drivers North America, 2016–2022
Market Restraints, North America, 2016–2022
Supporting Policy—United States
Microgrid Regional Analysis
Microgrid Market Attractiveness
Market Drivers, Europe, 2016–2022
Market Restraints, Europe, 2016–2022
Market Drivers—European Union
Market Restraints—European Union
Market Drivers—Russia
Market Restraints—Russia
Supporting Policy—European Union
Microgrid Regional Analysis
Microgrid Market Attractiveness
Market Drivers, APAC, 2016–2022
Market Restraints, APAC, 2016–2022
Market Drivers—China
Market Restraints—China
Supporting Policies—China
Market Drivers—India
Market Restraints—India
Supporting Policies—India
Market Drivers—Australia
Market Restraints—Australia
Supporting Policies—Australia
Market Drivers—Indonesia
Market Restraints—Indonesia
Supporting Policies—Indonesia
Microgrid Regional Analysis
Microgrid Market Attractiveness
Market Drivers, ROW, 2016–2022
Market Restraints, ROW, 2016–2022
Market Drivers—Africa, Latin America
Microgrid Regional Analysis
Microgrid Business Models
Hybrid Model—Greatest Investment Flexibility While Mitigating Project Risks
Utilities and Microgrid Development
Typical Microgrid Project Cost and Revenue Breakdown
Microgrid Projects—Fixed vs. Variable Costs
Lifetime Cost Breakdown of Small-Scale Microgrid System
Lifetime Cost Breakdown of Medium-Scale Microgrid System
Tariffs
Connection Fees, Grants and Subsidies
Supplier Capability Matrix
Competitor Analysis
3 Big Predictions
Legal Disclaimer
Market Engineering Methodology
Abbreviation List
- 1. Total Microgrid Market: Market Engineering Measurements, Global, 2015
- 1. Total Microgrid Market: Market Engineering Measurements, Global, 2015
- 2. Total Microgrid Market: Segmentation by Technology Type, Global, 2015
- 3. Total Microgrid Market: Segmentation by Installation Size, Global, 2015
- 4. Total Microgrid Market: Revenue Forecast by Region, Global, 2015–2022
- 5. Total Microgrid Market: Revenue by Application Segment, Global, 2015
- 6. Total Microgrid Market: Revenue Forecast by Application Segment, Global, 2015–2022
- 7. Total Microgrid Market: Segmentation and Metrics by Region, Global, 2015
- 8. Total Microgrid Market: Attractiveness of Regional Markets, Global, 2015
- 9. Microgrid Market: Market Attractiveness, North America, 2015
- 10. Microgrid Market: Market Attractiveness, Europe, 2015
- 11. Microgrid Market: Growth in Renewable Energy Generation, European Union, 2005–2020
- 12. Microgrid Market: Revenue Forecast by Application Segment, Europe, 2015–2022
- 13. Microgrid Market: Market Attractiveness, APAC, 2015
- 14. Microgrid Market: Domestic Average Electricity Tariff Comparison, Global, 2014
- 15. Microgrid Market: Revenue Forecast by Application Segment, APAC, 2015–2022
- 16. Microgrid Market: Market Attractiveness, ROW, 2015
- 17. Microgrid Market: Revenue Forecast by Application Segment, ROW, 2015–2022
- 18. Microgrid Market: Average Fixed vs. Variable Cost for Small Scale System (3 systems of 70 kWp PV, 30 kVA diesel, 250 kWh C10 battery, 242 kWh/day production, 79% renewable fraction each), Global, 2015
- 19. Microgrid Market: Average Fixed vs. Variable Cost for Medium Scale System (3 systems of 700 kWp PV, 300 kVA diesel, 2.5 MWh C10 battery; 2420 kWh/day production, 79% renewable fraction each), Global, 2015
- 20. Total Microgrid Market: Cost Breakdown (3 systems of 70 kWp PV, 30 kVA diesel, 250 kWh C10 battery, 242 kWh/day production, 79% renewable fraction each), Global, 2015
- 21. Total Microgrid Market: Cost Breakdown (3 systems of 700 kWp PV, 300 kVA diesel, 2.5 MWh C10 battery; 2420 kWh/day production, 79% renewable fraction each), Global, 2015
Related Research
Popular Topics
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Table of Contents | | Executive Summary~ || Key Findings~ || Market Engineering Measurements~ || CEO’s Perspective~ || Key Metrics, Global, 2015~ || Associated Multimedia and Related Research~ | Market Overview~ || Introduction~ || Microgrid Addressable Market, Global, 2015~ || Market Segmentation~ | Market Definitions~ || Microgrid Application Segmentation~ | Drivers and Restraints—Total Microgrid Market~ || Market Drivers~ ||| Increasing focus on renewables and DER integration~ ||| Unreliable power quality and power shortages~ ||| Efficiency improvements~ ||| Governmental support and policies~ ||| Rural/island electrification~ || Market Restraints~ ||| Lack of standardisation~ ||| Availability of funding~ ||| Policy restraints~ ||| Limited market need/readiness~ | Forecasts and Trends—Total Microgrid Market~ || Market Engineering Measurements~ || Revenue Forecast by Region~ || Revenue by Application Segment~ || Revenue Forecast by Application Segment~ | Market Segmentation and Regional Analysis~ || Segmentation and Metrics by Region~ || Regional Analysis~ | North America~ || Microgrid Market Attractiveness~ || Market Drivers North America, 2016–2022~ ||| Increasing focus on renewables and DER integration~ ||| Unreliable power quality and power shortages~ ||| Efficiency improvements~ ||| Government support and policies~ ||| Rural/island electrification~ || Market Restraints, North America, 2016–2022~ ||| Lack of standardisation~ ||| Policy restraints~ ||| Availability of funding~ ||| Limited market need/readiness~ || Supporting Policy—United States~ ||| The IEEE 1547 Series~ ||| Regional Microgrid Program Examples~ || Microgrid Regional Analysis~ | Europe~ || Microgrid Market Attractiveness~ || Market Drivers, Europe, 2016–2022~ ||| Rural/island electrification~ ||| Increasing focus on renewables and DER integration~ ||| Unreliable power quality and power shortages~ ||| Efficiency improvements~ ||| Government support and policies~ || Market Restraints, Europe, 2016–2022~ ||| Policy restraints~ ||| Limited market need/readiness~ ||| Lack of standardisation~ ||| Availability of funding~ || Market Drivers—European Union~ ||| Increasing Focus on Renewables and DER Integration~ ||| Island Electrification~ || Market Restraints—European Union~ ||| Lack of Standardization/Policy Restraints~ || Market Drivers—Russia~ ||| Unreliable Power Quality and Power Shortages~ || Market Restraints—Russia~ ||| Availability of Funding~ || Supporting Policy—European Union~ || Microgrid Regional Analysis~ | APAC~ || Microgrid Market Attractiveness~ || Market Drivers, APAC, 2016–2022~ ||| Rural/island electrification~ ||| Unreliable power quality and power shortages~ ||| Increasing focus on renewables and DER integration~ ||| Efficiency improvements~ ||| Government support and policies~ || Market Restraints, APAC, 2016–2022~ ||| Availability of funding~ ||| Land acquisition challenges and unskilled labour~ ||| Lack of standardisation~ || Market Drivers—China~ ||| Unreliable Power Quality and Power Shortages~ ||| Rural/island Electrification~ || Market Restraints—China~ ||| Limited Market Readiness~ || Supporting Policies—China~ || Market Drivers—India~ ||| Rural/Island Electrification~ ||| Unreliable Power Quality and Power Shortages~ || Market Restraints—India~ ||| Lack of Standardisation~ ||| Availability of Funding~ || Supporting Policies—India~ || Market Drivers—Australia~ ||| Rural/island Electrification~ ||| Efficiency Improvements (high electricity tariffs)~ || Market Restraints—Australia~ ||| High Grid Reliability~ || Supporting Policies—Australia~ || Market Drivers—Indonesia~ ||| Island Electrification~ || Market Restraints—Indonesia~ ||| Availability of Funding~ || Supporting Policies—Indonesia~ || Microgrid Regional Analysis~ | ROW~ || Microgrid Market Attractiveness~ || Market Drivers, ROW, 2016–2022~ ||| Rural/island electrification~ ||| Unreliable power quality and power shortages~ ||| Efficiency improvements~ ||| Increasing focus on renewables and DER integration~ ||| Government support and policies~ || Market Restraints, ROW, 2016–2022~ || Market Drivers—Africa, Latin America~ ||| Remote Electrification and Brownfield Hybrid Projects~ || Microgrid Regional Analysis~ | Business Model Analysis~ || Microgrid Business Models~ || Hybrid Model—Greatest Investment Flexibility While Mitigating Project Risks~ || Utilities and Microgrid Development~ | Microgrid Economics~ || Typical Microgrid Project Cost and Revenue Breakdown~ || Microgrid Projects—Fixed vs. Variable Costs~ || Lifetime Cost Breakdown of Small-Scale Microgrid System~ || Lifetime Cost Breakdown of Medium-Scale Microgrid System~ || Tariffs~ || Connection Fees, Grants and Subsidies~ | Competitor Analysis~ || Supplier Capability Matrix~ || Competitor Analysis~ | The Last Word~ || 3 Big Predictions~ || Legal Disclaimer~ | Appendix~ || Market Engineering Methodology~ || Abbreviation List~ |
List of Charts and Figures | 1. Total Microgrid Market: Market Engineering Measurements, Global, 2015~| 1. Total Microgrid Market: Market Engineering Measurements, Global, 2015~ 2. Total Microgrid Market: Segmentation by Technology Type, Global, 2015~ 3. Total Microgrid Market: Segmentation by Installation Size, Global, 2015~ 4. Total Microgrid Market: Revenue Forecast by Region, Global, 2015–2022~ 5. Total Microgrid Market: Revenue by Application Segment, Global, 2015~ 6. Total Microgrid Market: Revenue Forecast by Application Segment, Global, 2015–2022~ 7. Total Microgrid Market: Segmentation and Metrics by Region, Global, 2015~ 8. Total Microgrid Market: Attractiveness of Regional Markets, Global, 2015~ 9. Microgrid Market: Market Attractiveness, North America, 2015~ 10. Microgrid Market: Market Attractiveness, Europe, 2015~ 11. Microgrid Market: Growth in Renewable Energy Generation, European Union, 2005–2020~ 12. Microgrid Market: Revenue Forecast by Application Segment, Europe, 2015–2022~ 13. Microgrid Market: Market Attractiveness, APAC, 2015~ 14. Microgrid Market: Domestic Average Electricity Tariff Comparison, Global, 2014~ 15. Microgrid Market: Revenue Forecast by Application Segment, APAC, 2015–2022~ 16. Microgrid Market: Market Attractiveness, ROW, 2015~ 17. Microgrid Market: Revenue Forecast by Application Segment, ROW, 2015–2022~ 18. Microgrid Market: Average Fixed vs. Variable Cost for Small Scale System (3 systems of 70 kWp PV, 30 kVA diesel, 250 kWh C10 battery, 242 kWh/day production, 79% renewable fraction each), Global, 2015~ 19. Microgrid Market: Average Fixed vs. Variable Cost for Medium Scale System (3 systems of 700 kWp PV, 300 kVA diesel, 2.5 MWh C10 battery; 2420 kWh/day production, 79% renewable fraction each), Global, 2015~ 20. Total Microgrid Market: Cost Breakdown (3 systems of 70 kWp PV, 30 kVA diesel, 250 kWh C10 battery, 242 kWh/day production, 79% renewable fraction each), Global, 2015~ 21. Total Microgrid Market: Cost Breakdown (3 systems of 700 kWp PV, 300 kVA diesel, 2.5 MWh C10 battery; 2420 kWh/day production, 79% renewable fraction each), Global, 2015~ |
Author | Ross Bruton |
Industries | Energy |
WIP Number | MC09-01-00-00-00 |
Is Prebook | No |