The Role of ICT in Building Smart Cities - Infrastructure

The Role of ICT in Building Smart Cities - Infrastructure

Connectivity, Cloud-based Analytics, and Open Data to be Key Enablers of Future Urban Growth

RELEASE DATE
11-Mar-2014
REGION
Europe
Research Code: MA24-01-00-00-00
SKU: IT00653-EU-MR_01813

$2,450.00

Special Price $1,837.50 save 25 %

In stock
SKU
IT00653-EU-MR_01813

$2,450.00

$1,837.50 save 25 %

DownloadLink

Pay by invoice

ENQUIRE NOW

Description

An increasing urban population drives the need for more efficient asset and resource management to ensure high-quality living to citizens. The smart city transformation is fuelled by technology advancements and the deployment of intelligence and information management systems. This study investigates how ICT can help urban communities to realise sustainable development. It focuses on three infrastructure-related smart city pillars - smart energy, smart transportation, and smart water - to show growth opportunities driven by future smart cities. The research provides a market analysis of the latest trends in those three areas and strategic recommendations to key stakeholders eyeing smart city market. The study period is from 2012 to 2020.

Table of Contents

Research Objectives, Scope, and Methodology

Definitions

Key Data-related Trends Driven by Smart Cities

Key ICT Investment Opportunities—Technologies

Smart City Vertical Markets—Market Development Curves

Key ICT Investment Opportunities—Smart City Vertical Markets

Smart City Vertical Markets—2020 Market Trends

Key Challenges Affecting Urban Development

Smart Cities as a Response to Urban Challenges

Smart Cities as a Response to Urban Challenges (continued)

Smart City Infrastructure—Market Perspectives

The Smart City at the Starting Point

Energy-related Urban Challenges

Energy-related Urban Challenges (continued)

Smart Cities' Response to Energy-related Challenges

Current Priorities within Smart Energy

Investigated Smart Energy Technologies—Smart Balancing of the Energy Grid

Investigated Smart Energy Technologies—Smart Balancing of the Energy Grid (continued)

Investigated Smart Energy Technologies—Customer Engagement

Investigated Smart Energy Technologies—Smart Energy Network Management

Top 3 Smart Energy Technologies by 2020

Top 3 Smart Energy Technologies by 2020 (continued)

Top 3 Smart Energy Technologies by 2020 (continued)

Current Development of the Smart Energy Market

Current Development of the Smart Energy Market (continued)

Current Development of the Smart Energy Market (continued)

Smart Energy in the Smart City Context—Summary

Transportation-related Urban Challenges

Smart City Response to Transportation-related Challenges

Current Priorities within Smart Transportation

Investigated Smart Transportation Technologies—Real-time Traffic Management and Transport Optimisation

Investigated Smart Transportation Technologies—Convenient Multimodal Transportation

Investigated Smart Transportation Technologies—Convenient Multimodal Transportation (continued)

Investigated Smart Transportation Technologies—Environmentally-friendly Transportation

Investigated Smart Transportation Technologies— Environmentally-friendly Transportation (continued)

Investigated Smart Transportation Technologies—Environmentally-friendly Transportation (continued)

Current Development of Smart Transportation Market

Current Development of Smart Transportation Market (continued)

Top 3 Smart Transportation Technologies by 2020

Top 3 Smart Transportation Technologies by 2020 (continued)

Smart Transportation in the Smart City Context

Water-related Urban Challenges

Water-related Urban Challenges (continued)

Smart City Response to Water-related Challenges

Current Priorities within Smart Water

Investigated Smart Water Technologies—Efficient Water Distribution and Discharge System

Investigated Smart Water Technologies—Efficient Water Distribution and Discharge System (continued)

Investigated Smart Water Technologies—Sustainable Water Resource Management

Investigated Smart Water Technologies—Sustainable Water Resource Management (continued)

Investigated Smart Water Technologies—Environmental Monitoring and Risk Management

Current Development of Smart Water Market

Top 3 Smart Water Technologies by 2020

Smart Water in the Smart City Context

Key ICT Investment Opportunities—ICT Components

Key ICT Investment Opportunities—ICT Components (continued)

Key ICT Investment Opportunities—ICT Components (continued)

Legal Disclaimer

The Frost & Sullivan Story

Value Proposition: Future of Your Company & Career

Global Perspective

Industry Convergence

360º Research Perspective

Implementation Excellence

Our Blue Ocean Strategy

Related Research
An increasing urban population drives the need for more efficient asset and resource management to ensure high-quality living to citizens. The smart city transformation is fuelled by technology advancements and the deployment of intelligence and information management systems. This study investigates how ICT can help urban communities to realise sustainable development. It focuses on three infrastructure-related smart city pillars - smart energy, smart transportation, and smart water - to show growth opportunities driven by future smart cities. The research provides a market analysis of the latest trends in those three areas and strategic recommendations to key stakeholders eyeing smart city market. The study period is from 2012 to 2020.
More Information
No Index No
Podcast No
Author Ewa Tajer
WIP Number MA24-01-00-00-00
Is Prebook No
GPS Codes 9206,9307-A4,9596,9597,9655,9658,9694,9705-C1,9800-A6,9807-A6,9968-A6,9AA5-C1,9AF6-A6,9B0C-MT