Future of Infrastructure

Future of Infrastructure

Global Investment of $83.791 Trillion Required up to 2030

RELEASE DATE
03-Jul-2015
REGION
Global
Research Code: NEED-01-00-00-00
SKU: CI0070-GL-MR_18202

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Description

The research service exhibits visionary thinking by identifying and analyzing one of the significant Mega Trends: Future of Infrastructure. "Smart" as a value proposition has been increasingly replacing green concepts, with innumerable smart innovations in the infrastructure space. This study highlights examples of projects, companies, and technologies that will invade and change the smart infrastructure landscape globally by 2030. It also provides information on the total addressable smart infrastructure market size opportunity, offers stakeholder analyses, and discusses revenue opportunities.

Table of Contents

Defining Smart Infrastructure

Key Findings of the Study

  • Smart Infrastructure: Key Takeaways, Global, 2013–2030
  • Smart Infrastructure: Key Takeaways, Global, 2011–2030

Research Scope

Research Methodology

  • Study Period
  • Forecast Period
  • Geographical Scope
  • Industries Covered

Research Background

  • Secondary Research
  • Primary Research
  • Top Technology Hypes of the Future–Key Industry Participants, Global, 2013

From Macro to Micro Trends

Future of Infrastructure

Scope of Research, Global, 2013–2030

Research Structure

Defining Smart Infrastructure

Smart Infrastructure vs. Traditional Infrastructure

What Makes Infrastructure Smart?

Evolution to Smart Infrastructure

Mega Trends Affecting the Future of Infrastructure

Big Data Analytics for Smarter Infrastructure

Big Data Analytics

Global Smart Cities in 2025

Smart City Wish list of Products/Services for Infrastructure

Global Urban Population

Global Infrastructure Investment Need up to 2030

Smart Capex Costs for Total Infrastructure

Smart Infrastructure Solution Providers

Revenue Targets and Earning from Smart Infrastructure Solutions

Elements of a Healthy Digital Economy, Global, 2014

Checklist for an Integrated ICT Infrastructure

Anatomy of a Broadband Network

Broadband Penetration Targets—Cost-Benefit Analysis

Prevalent Broadband Technologies

Comparing Mobile Broadband Technologies

Case Study—Gigabit Ultra-Broadband for Rural Communities

Urban Operating Systems

5G Technology will enable new services

Power Infrastructure Investment Projection

Global Smart Grid Investment, Global, 2012–2030

Grid Infrastructure—From Macro to Micro-Generation

Case Study—Incremental Investment Scenario for Smart Electricity Infrastructure

Utilities Infrastructure Gap and Economic Impact

Water Infrastructure—Demand–Supply Imbalance

Key Strategies to Improve Water Security

Benefit Analysis for Smart Water Solutions

Case Study—Tuas Seawater Desalination Plant, Singapore

Urban Smart Water Grid Infrastructure

Case Study—Water Monitoring goes the Big Data Way

Smart Waste Recycling Processing Infrastructure

Waste Management becomes ―Waste to Energy‖

Waste-to-Energy Process

Waste-to-Energy Technologies

Strategies to Reduce CO2 from Mobility

Intelligent Urban Traffic Management System

Cost-Benefit Scenario

Urban Mobility Infrastructure Gap and Economic Impact, Global, 2013–2030

From Transportation to Mobility Integration

Mobility Integration Realizing Multimodal Mobility

Multimodal Mobility—Best Practices, Global, 2014

Case Study—Siemens Smart Mobility Solutions

Stakeholders Shaping the City

Transformational Shifts in Regulatory Approach

Consumers Become ―Prosumers

Financial Opportunities Due to Smart Infrastructure

Action Plan for Infrastructure Solution Providers

Summarizing Smart Infrastructural Aspects

Legal Disclaimer

Global Infrastructure Investment Trends

Case Study—Europe, the ―Sleeping Giant‖ of Smart Grid Investments

Case Study—London Crossrail

Mobility Infrastructure Investment Needs until 2030

List of Figures
  • 1. Cumulative Estimated Investments under a BAU Scenario, Global, 2010 and 2030
  • 2. Smart Infrastructure Investment by Segment, Global, 2010–2030
  • 3. Smart Infrastructure Product Portfolio by Company, Global, 2014
List of Charts
  • 1. Percentage of Urban Population, Global, 2010 and 20130
  • 2. Share of Cumulative Estimated Investments under a BAU Scenario, Global, 2010 and 2030
  • 3. Cumulative Infrastructure Investment by Region, Global, 2010–2030
  • 4. Cumulative Infrastructure Investment by Sector, Global, 2010–2030
  • 5. Fixed Broadband Penetration Target, Global, 2014 and 2030
  • 6. Fixed Broadband Cost–Benefit, Global, 2014 and 2030
  • 7. Mobile Broadband Penetration Target, Global, 2014 and 2030
  • 8. Mobile Broadband Cost–Benefit, Global, 2014 and 2030
  • 9. Percent Installed Capacity, Global, 2030
  • 10. Percent Electricity Generation, Global, 2030
  • 11. Electricity Generation Forecast, Global, 2025
  • 12. Smart Grid Investment, Global, 2012 and 2030
  • 13. Investment by Country, Global, 2012 and 2030
  • 14. Demand–Supply Gap In Water, Global, 2011–2025
  • 15. Water Availability, China and India, 2025
  • 16. Annual Utility Operating Cost Expenditure, Global, 2012
  • 17. Annual Savings to Utilities due to Smart Water Solutions, Global, 2012
  • 18. Population Growth, Global, 2006, 2013, and 2030
  • 19. Global Urban Population Growth, Global, 2006, 2013, and 2030
  • 20. Climate Change, Global, 2006, 2013, and 2030
  • 21. Annual Smart Grid Project Budgets, Europe, 2002–2014
  • 22. Aggregate Transport Infrastructure Investment Needs, Global, 2012–2030
The research service exhibits visionary thinking by identifying and analyzing one of the significant Mega Trends: Future of Infrastructure. "Smart" as a value proposition has been increasingly replacing green concepts, with innumerable smart innovations in the infrastructure space. This study highlights examples of projects, companies, and technologies that will invade and change the smart infrastructure landscape globally by 2030. It also provides information on the total addressable smart infrastructure market size opportunity, offers stakeholder analyses, and discusses revenue opportunities.
More Information
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Table of Contents | Executive Summary~ || Defining Smart Infrastructure~ || Key Findings of the Study~ ||| Smart Infrastructure: Key Takeaways, Global, 2013–2030~ ||| Smart Infrastructure: Key Takeaways, Global, 2011–2030~ | Research Scope, Objectives, and Background~ || Research Scope~ ||| Study Period~ ||| Forecast Period~ ||| Geographical Scope~ ||| Industries Covered~ || Research Methodology~ ||| Secondary Research~ ||| Primary Research~ ||| Top Technology Hypes of the Future–Key Industry Participants, Global, 2013~ |||| Alcatel-Lucent~ |||| TaKaDu~ |||| Urbiotica~ |||| Nokia~ |||| Others~ || Research Background~ || From Macro to Micro Trends~ ||| Mega Trend~ ||| Sub Trend~ ||| Impact to Your Industry~ ||| Impact on Future Products and Technology~ ||| Analysis of Opportunities and Unmet Needs~ | Overview and Structure~ || Future of Infrastructure~ || Scope of Research, Global, 2013–2030~ ||| Type of Infrastructure~ ||| Areas Considered~ ||| What is Covered?~ || Research Structure~ | Infrastructure Definition—Current vs. Smart~ || Defining Smart Infrastructure~ || Smart Infrastructure vs. Traditional Infrastructure~ || What Makes Infrastructure Smart?~ ||| Illustration of St. Anthony’s Falls Bridge, US, 2014~ || Evolution to Smart Infrastructure~ | Mega Trends Affecting Infrastructure~ || Mega Trends Affecting the Future of Infrastructure~ ||| Connectivity and Convergence~ ||| Smart is the New Green~ ||| Urbanization~ || Big Data Analytics for Smarter Infrastructure~ ||| Big Data, Sources, and Types of Services in Infrastructure, Global, 2014~ || Big Data Analytics~ ||| Sectors~ ||| Services~ || Global Smart Cities in 2025~ || Smart City Wish list of Products/Services for Infrastructure~ ||| Sectors~ ||| Products/Services~ || Global Urban Population~ | Global Infrastructure Investment Potential and Smart Infrastructure Opportunities~ || Global Infrastructure Investment Need up to 2030~ || Smart Capex Costs for Total Infrastructure~ || Smart Infrastructure Solution Providers~ || Revenue Targets and Earning from Smart Infrastructure Solutions~ ||| Smart Infrastructure Vertical Focus by Company, Global, 2014~ |||| Target Verticals~ |||| Revenue Earnings~ | Communication Infrastructure~ || Elements of a Healthy Digital Economy, Global, 2014~ || Checklist for an Integrated ICT Infrastructure~ || Anatomy of a Broadband Network~ ||| Access Network~ ||| Core Network~ ||| Broadband Infrastructure Impact Channels~ || Broadband Penetration Targets—Cost-Benefit Analysis~ ||| Fixed Broadband~ ||| Mobile Broadband~ || Prevalent Broadband Technologies~ ||| Comparison of Broadband Technologies, Global, 2014~ |||| Wired Broadband~ |||| Wireless Broadband~ || Comparing Mobile Broadband Technologies~ ||| 3G~ ||| 4G~ ||| 5G~ || Case Study—Gigabit Ultra-Broadband for Rural Communities~ ||| Alcatel-Lucent Gigabit Ultra-Broadband Portfolio~ ||| Alcatel-Lucent Best Practices~ || Urban Operating Systems~ ||| Analytics~ ||| Plug-and-Play Apps~ ||| Smart Utility Management~ ||| Integrating Weather Data~ ||| Others~ || 5G Technology will enable new services~ | Utilities Infrastructure~ || Power Infrastructure Investment Projection~ || Global Smart Grid Investment, Global, 2012–2030~ || Grid Infrastructure—From Macro to Micro-Generation~ ||| Current Grid Infrastructure~ ||| Smart Grid Infrastructure~ || Case Study—Incremental Investment Scenario for Smart Electricity Infrastructure~ ||| Incremental Investment Scenario for Power Infrastructure, United Kingdom, 2012–2050~ || Utilities Infrastructure Gap and Economic Impact~ || Water Infrastructure—Demand–Supply Imbalance~ || Key Strategies to Improve Water Security~ || Benefit Analysis for Smart Water Solutions~ || Case Study—Tuas Seawater Desalination Plant, Singapore~ ||| Singapore’s National Water Supply Strategy~ ||| Tuas Phase I~ ||| Tuas Phase II~ || Urban Smart Water Grid Infrastructure~ ||| Smart Meter~ ||| Smart Valve~ ||| Smart Pumps~ ||| Contaminant Sensor~ ||| Others~ || Case Study—Water Monitoring goes the Big Data Way~ ||| TaKaDu’s Approach for Converting Data into Insights~ ||| Impact on Water Utilities~ || Smart Waste Recycling Processing Infrastructure~ || Waste Management becomes ―Waste to Energy‖~ ||| Waste Management Phase~ ||| Sub-Phase~ ||| Challenge~ ||| Result~ || Waste-to-Energy Process~ ||| Waste Management Services Market: Waste Management Stream and Waste Processing Steps, Global, 2013~ || Waste-to-Energy Technologies~ ||| Technology~ ||| Process~ ||| Use of Air~ ||| Byproducts~ | Mobility Infrastructure~ || Strategies to Reduce CO2 from Mobility~ ||| Mobility System Usage Perspective~ ||| Mobility System Performance Perspective~ || Intelligent Urban Traffic Management System~ ||| Anatomy of Urban Traffic Management System~ || Cost-Benefit Scenario~ ||| Intelligent Transportation System~ ||| Conventional Transportation System~ || Urban Mobility Infrastructure Gap and Economic Impact, Global, 2013–2030~ || From Transportation to Mobility Integration~ ||| Mobility Integration~ ||| Factors Driving Mobility Integration~ || Mobility Integration Realizing Multimodal Mobility~ || Multimodal Mobility—Best Practices, Global, 2014~ || Case Study—Siemens Smart Mobility Solutions~ ||| Siemens’ Vision for the Future— Complete Mobility~ | Strategic Conclusions~ || Stakeholders Shaping the City~ || Transformational Shifts in Regulatory Approach~ ||| Historical Perspective~ ||| Future Perspective~ || Consumers Become ―Prosumers~ ||| Key Functional Aspects of Prosumers~ || Financial Opportunities Due to Smart Infrastructure~ || Action Plan for Infrastructure Solution Providers~ || Summarizing Smart Infrastructural Aspects~ ||| Infrastructural Aspects~ ||| Best Practices~ || Legal Disclaimer~ | Appendix~ || Global Infrastructure Investment Trends~ || Case Study—Europe, the ―Sleeping Giant‖ of Smart Grid Investments~ || Case Study—London Crossrail~ || Mobility Infrastructure Investment Needs until 2030~
List of Charts and Figures 1. Cumulative Estimated Investments under a BAU Scenario, Global, 2010 and 2030~ 2. Smart Infrastructure Investment by Segment, Global, 2010–2030~ 3. Smart Infrastructure Product Portfolio by Company, Global, 2014~| 1. Percentage of Urban Population, Global, 2010 and 20130~ 2. Share of Cumulative Estimated Investments under a BAU Scenario, Global, 2010 and 2030~ 3. Cumulative Infrastructure Investment by Region, Global, 2010–2030~ 4. Cumulative Infrastructure Investment by Sector, Global, 2010–2030~ 5. Fixed Broadband Penetration Target, Global, 2014 and 2030~ 6. Fixed Broadband Cost–Benefit, Global, 2014 and 2030~ 7. Mobile Broadband Penetration Target, Global, 2014 and 2030~ 8. Mobile Broadband Cost–Benefit, Global, 2014 and 2030~ 9. Percent Installed Capacity, Global, 2030~ 10. Percent Electricity Generation, Global, 2030~ 11. Electricity Generation Forecast, Global, 2025~ 12. Smart Grid Investment, Global, 2012 and 2030~ 13. Investment by Country, Global, 2012 and 2030~ 14. Demand–Supply Gap In Water, Global, 2011–2025~ 15. Water Availability, China and India, 2025~ 16. Annual Utility Operating Cost Expenditure, Global, 2012~ 17. Annual Savings to Utilities due to Smart Water Solutions, Global, 2012~ 18. Population Growth, Global, 2006, 2013, and 2030~ 19. Global Urban Population Growth, Global, 2006, 2013, and 2030~ 20. Climate Change, Global, 2006, 2013, and 2030~ 21. Annual Smart Grid Project Budgets, Europe, 2002–2014~ 22. Aggregate Transport Infrastructure Investment Needs, Global, 2012–2030~
Author Robin Varghese
Industries Cross Industries
WIP Number NEED-01-00-00-00
Is Prebook No