2016 Top Technologies in Energy & Utilities (TechVision)

2016 Top Technologies in Energy & Utilities (TechVision)

Technologies poised to have the highest impact in the Energy & Utilities Sector in 2016

RELEASE DATE
04-May-2016
REGION
Global
Research Code: D6FA-01-00-00-00
SKU: EG1636-GL-TR_18462
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Description

The top 10 technologies predicted to have the highest impact in the Energy and Utilities sector in 2016 include lithium batteries, tight oil extraction, microgrid, home energy management systems (HEMS), waste heat recovery, biomass energy, supercapacitors, thermal energy storage, gas-to-liquid, and heat pumps. The selection of the technologies is based on a predetermined criteria including global IP activity, R&D funding, market potential, regional adoption potential and sectors of economic impact. Key trends in the energy & utilities sector in 2016 include the slump in crude oil prices, continued interest in renewable energy, impact of increasing digitalization, and growth in energy storage.

Table of Contents

1.1 Top 50 Technologies for 2016 – Selection Methodology

1.2 Top 10 Technologies in Energy & Utilities in 2016

1.3 Key Trends in Energy & Utilities in 2016

1.4 Key Findings for Energy & Utilities Technologies in 2016

2.1 Diversity in Business Ecosystem Leads to Multi-billion Opportunity

2.2 R&D Funding Is Focused on Improving Power and Energy Density, and Lowering Cost

2.3 Automotive, Consumer Electronics and Utilities Are Main Growth Sectors

2.4 Top Manufacturers Are from Asia, whereas North America Is the Land of Startups

2.5 United States and Europe Have become Centers of Innovation for Advanced Chemistries

2.6 Key Questions for Strategy

3.1 Growth of Technology Driven by Need to Reduce Home Energy Expenditure in Developed Countries

3.2 Private Funding Such as On-bill Financing Is Promoting Technology Adoption

3.3 Digital Technologies Is the Main Enabler

3.4 North America Is the Prime Market, with Europe Viewed as a Growing Market, and Asia as an Emerging Market

3.5 Innovative Companies Is Personalizing and Humanizing Energy Data for End Users

3.6 Key Questions for Strategy

4.1 Slow Market Growth till 2017, despite Multi-billion Market Size

4.2 Companies Are Shifting to Private Equity Funding to Keep Projects Running

4.3 Highest Impact of Technology Is in Sectors That are Shifting to Natural Gas

4.4 Technology Has Disrupted Global Oil Markets, but Presence Is Mainly Concentrated in North America

4.5 United States Is the Center of Innovation

4.6 Key Questions for Strategy

5.1 Multi-billion Dollar Opportunity in Emerging Automotive Sector

5.2 R&D Funding Is Coming from Government, Private Companies and Venture Capital

5.3 Technology Is Impacting Energy Intensive Manufacturing Segments the Most

5.4 Europe Is the Biggest Market, with Untapped Opportunities in China and India

5.5 Start-ups Are Concentrated in North America

5.6 Key Questions For Strategy

6.1 Multi-billion Opportunity in Powering Remote Communities

6.2 Innovative Financing Models Based on No-Money Concept Is Driving Adoption

6.3 Technology Has Changed the Energy Generation Landscape of Third World Countries

6.4 Technology Providers Are Mainly Headquartered in NA, Due to Supportive Government and Private Funding

6.5 Innovative Companies Are Focusing on Integration

6.6 Key Questions for Strategy

7.1 Irregular Supplies of Biomass Feedstock Limit Widespread Adoption

7.2 Chemical Companies and R&D Institutions Dominate Patent Filings 

7.3 Impact Is Highest in Carbon-intensive Industries

7.4 Europe and North America Are the Most Active Adopters

7.5 Innovations Concentrated on Biomass Treatment Technology Using Microorganisms

7.6 Key Questions for Strategy

8.1 Realization of Smart Thermal Grid Drives Multi-billion Opportunity

8.2 Installation Is Boosted by Government Incentives

8.3 Technology Helps to Stabilize Power Load and Control Internal Temperature

8.4 Europe and North America Are the Prime Markets with Asia Viewed as a Growing Market

8.5 Innovative Companies Are Concentrating on Latent Heat Systems

8.6 Key Questions for Strategy

9.1 High Capital Cost Is a Limiting Factor

9.2 Top 10 Patent Assignees Are Spread Evenly between European and North American Entities

9.3 Offers a Cleaner Alternative for the Transportation and Petrochemical Sectors

9.4 Asia and Africa Are the Most Active Regions

9.5 Innovation Efforts Are Concentrated on Realizing Small-scale Plants

9.6 Key Questions for Strategy

10.1 Stiff Competition from Batteries in the Energy Storage Market

10.2 Private Stakeholder Participation Is Higher than Government

10.3 Automotive, Consumer Electronics, and ICT Are the Main Sectors Impacted

10.4 Japan, South Korea, and Australia Display Active Market Participation

10.5 Flexible and Ultra-thin Products Dominate the Market

10.6 Key Questions for Strategy

11.1 Asian and European Markets Drive Multi-billion Opportunity

11.2 IP Dominated by Asian Countries and Government Funding Fuels the Drive

11.3 Building and Construction as well as Utilities Are Main Sectors Impacted

11.4 Asia Is Emerging as a Strong Contender in Terms of Both Market and Manufacturing Activity

11.5 Environment-friendly Models Can Change the Asian Market

11.6 Key Questions for Strategy

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12.1 The Frost & Sullivan Story

12.2 Value Proposition: Future of Your Company & Career

12.3 Global Perspective

12.4 Industry Convergence

12.5 360º Research Perspective

12.6 Implementation Excellence

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Related Research
The top 10 technologies predicted to have the highest impact in the Energy and Utilities sector in 2016 include lithium batteries, tight oil extraction, microgrid, home energy management systems (HEMS), waste heat recovery, biomass energy, supercapacitors, thermal energy storage, gas-to-liquid, and heat pumps. The selection of the technologies is based on a predetermined criteria including global IP activity, R&D funding, market potential, regional adoption potential and sectors of economic impact. Key trends in the energy & utilities sector in 2016 include the slump in crude oil prices, continued interest in renewable energy, impact of increasing digitalization, and growth in energy storage.
More Information
No Index No
Podcast No
Author Hafiz Amin
Industries Energy
WIP Number D6FA-01-00-00-00
Is Prebook No