India Smart Cities Infrastructure Investment Outlook
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India has announced its plan to build 100 new smart cities besides developing modern satellite towns around existing cities under its Smart City program. The Government of India allocated INR 70.6 Billion (US$ 1.2 Billion) for Smart Cities in the Union Budget for 2014-15. The government has set up the Smart Cities Mission as an initiative to set the template and create examples of smart cities that can be replicated both within and outside the Smart City. It is expected that these cities would further catalyze the creation of similar Smart Cities in other regions and parts of the country.
India’s Smart City plan is part of a larger plan to develop industrial corridors or regions of industrial development connecting big metropolitan cities. The Delhi-Mumbai Industrial Corridor (DMIC), the Chennai-Bangalore Industrial Corridor (CBIC) and the Bangalore-Mumbai Economic Corridor (BMEC) are examples of this approach. Many industrial and commercial centers are expected to be recreated as Smart Cities along these corridors. About seven new smart cities are expected to be developed as the nodes of the corridor in its first phase along the Delhi-Mumbai Industrial Corridor (DMIC), which is spread across six states.
The development of smart cities is spearheaded by the Smart Cities Mission which is an innovative and new initiative by the Government of India. The mission aims to drive economic growth and improve the quality of life of people by promoting local development and using technology as a means to create a better livelihood, quality and standard of life and better delivery of civic facilities for citizens. The strategy of the mission is to create a Pan-city initiative in which at least one Smart Solution is applied all across the city. It also aims to develop areas step-by-step using three models of area-based developments namely Retrofitting, Redevelopment and Greenfield approach.
The Smart City Mission aims to cover 100 cities in duration of five years (FY2015-16 to FY2019-20). Based on an evaluation to be done by the Ministry of Urban Development (MoUD) the Mission may be continued beyond 2020 after incorporating the learning into the Mission. The distribution of the 100 Smart Cities across the different states and UTs of India is on the basis of equitable criteria. The criteria give equal weightage (50:50) to urban population of the State/UT and the number of statutory towns in the State/UT. This formula guarantees a certain number of potential Smart Cities for each State/UT and each State/ UT would have at least one. The number and distribution of potential Smart Cities from each State/UT has an upper limited as indicated.
The smart cities program presents an opportunity for countries and organizations in exploring investment and collaborative opportunities with Indian government. The attention on core infrastructure services such as adequate clean water supply, sanitation and sold waste management, efficient urban mobility and public transportation, affordable housing, power supply, robust IT connectivity, governance, particularly e-governance and citizen participation will provide a growth opportunity for companies operating in these areas. The government’s focus on Public Private Partnership (PPP) allows the private sector to bring in its capacity to innovate and also gain market opportunities. Another opportunity is for greater involvement of the private sector in the delivery of services.
“India Smart Cities Infrastructure Investment Outlook” Report Highlights:
India has announced its plan to build 100 new smart cities besides developing modern satellite towns around existing cities under its Smart City program. The Government of India allocated INR 70.6 Billion (US$ 1.2 Billion) for Smart Cities in the Union Budget for 2014-15. The government has set up the Smart Cities Mission as an initiative to set the template and create examples of smart cities that can be replicated both within and outside the Smart City. It is expected that these cities would further catalyze the creation of similar Smart Cities in other regions and parts of the country.
India’s Smart City plan is part of a larger plan to develop industrial corridors or regions of industrial development connecting big metropolitan cities. The Delhi-Mumbai Industrial Corridor (DMIC), the Chennai-Bangalore Industrial Corridor (CBIC) and the Bangalore-Mumbai Economic Corridor (BMEC) are examples of this approach. Many industrial and commercial centers are expected to be recreated as Smart Cities along these corridors. About seven new smart cities are expected to be developed as the nodes of the corridor in its first phase along the Delhi-Mumbai Industrial Corridor (DMIC), which is spread across six states.
The development of smart cities is spearheaded by the Smart Cities Mission which is an innovative and new initiative by the Government of India. The mission aims to drive economic growth and improve the quality of life of people by promoting local development and using technology as a means to create a better livelihood, quality and standard of life and better delivery of civic facilities for citizens. The strategy of the mission is to create a Pan-city initiative in which at least one Smart Solution is applied all across the city. It also aims to develop areas step-by-step using three models of area-based developments namely Retrofitting, Redevelopment and Greenfield approach.
The Smart City Mission aims to cover 100 cities in duration of five years (FY2015-16 to FY2019-20). Based on an evaluation to be done by the Ministry of Urban Development (MoUD) the Mission may be continued beyond 2020 after incorporating the learning into the Mission. The distribution of the 100 Smart Cities across the different states and UTs of India is on the basis of equitable criteria. The criteria give equal weightage (50:50) to urban population of the State/UT and the number of statutory towns in the State/UT. This formula guarantees a certain number of potential Smart Cities for each State/UT and each State/ UT would have at least one. The number and distribution of potential Smart Cities from each State/UT has an upper limited as indicated.
The smart cities program presents an opportunity for countries and organizations in exploring investment and collaborative opportunities with Indian government. The attention on core infrastructure services such as adequate clean water supply, sanitation and sold waste management, efficient urban mobility and public transportation, affordable housing, power supply, robust IT connectivity, governance, particularly e-governance and citizen participation will provide a growth opportunity for companies operating in these areas. The government’s focus on Public Private Partnership (PPP) allows the private sector to bring in its capacity to innovate and also gain market opportunities. Another opportunity is for greater involvement of the private sector in the delivery of services.
“India Smart Cities Infrastructure Investment Outlook” Report Highlights:
- Introduction to Smart City
- Core Components of Smart City
- Aspects of Smart City Infrastructure
- Smart Cities in India
- Key Trends in Smart City Development
- Government Support and Policy Outline
- India Smart Cities Infrastructure Guidelines
- India Smart Cities Project Future Outlook
1. INTRODUCTION TO SMART CITY
1.1 The Concept & Definition
1.2 Institutional Framework
1.2.1 Smart Governance
1.2.2 Smart Citizen
1.2.3 Smart Energy
1.2.4 Smart Technology
1.2.5 Smart Infrastructure
1.2.6 Smart Mobility
1.2.7 Smart Building
1.2.8 Smart Healthcare
1.3 City Categorization
2. CORE COMPONENTS OF SMART CITY
2.1 Major Pillars of Smart City
2.2 Institutional Infrastructure
2.3 Social Infrastructure
2.4 Physical Infrastructure
2.5 Economic Infrastructure
2.6 Funding of Smart Cities
3. SMART CITIES IN INDIA
3.1 100 Smart Cities Initiative
3.2 Active Projects
3.3 Pending Projects
3.4 Private Pilot Projects
4. ASPECTS OF SMART CITY INFRASTRUCTURE
4.1 Smart Energy
4.2 Smart Environment
4.3 Smart Transportation
4.4 Smart IT & Communication
4.5 Smart Health
4.6 Smart Education
4.7 Smart Building
4.8 Smart Governance
5. SMART CITIES ECONOMIC IMPACT ANALYSIS
5.1 Market Opportunity
5.2 Current Status of Projects
5.3 Major Smart City Suppliers and Players
5.4 International Agreements, Partnerships & Collaborations
6. KEY TRENDS IN SMART CITY DEVELOPMENT
7. MARKET DYNAMICS
7.1 Favorable Parameters
7.2 Issues & Challenges Faced
7.3 Opportunities for Private Players
8. INDIA SMART CITIES PROJECT FUTURE OUTLOOK
9. GOVERNMENT SUPPORT AND POLICY OUTLINE
9.1 Government Schemes
9.2 Policy Support
9.3 Financial Support
9.4 Smart City Approval Process
10. INDIA SMART CITIES INFRASTRUCTURE GUIDELINES
10.1 Smart City Features
10.2 Timeline
10.3 Approach to Smart Cities
10.4 Proposal & Planning
10.5 Criteria for Selection as Smart City
10.6 Quantifying Smart Cities
10.7 Selection Procedure
10.8 Special Purpose Vehicle (SPV)
10.9 Smart Cities Financing
10.10 Funding by Government
10.11 Mission Monitoring
10.12 Convergence with Other Government Schemes
10.13 Roadblocks
11. SMART CITY PROFILES
11.1 Manesar-Bawal
11.2 Dighi Port
11.3 Cisco Smart City
11.4 GIFT City, Gujarat
11.5 Lavasa, Maharashtra
11.6 Wave City, UP
11.7 Pallava City, Maharashtra
11.8 Dholera Smart city, Gujarat
11.9 Delhi Mumbai Industrial Corridor
11.10 Naya Raipur Chattisgarh
11.11 Shendra Bidkin, Maharashtra
11.12 Smart City, Kochi
11.13 Vikram Udyogpuri, MP
1.1 The Concept & Definition
1.2 Institutional Framework
1.2.1 Smart Governance
1.2.2 Smart Citizen
1.2.3 Smart Energy
1.2.4 Smart Technology
1.2.5 Smart Infrastructure
1.2.6 Smart Mobility
1.2.7 Smart Building
1.2.8 Smart Healthcare
1.3 City Categorization
2. CORE COMPONENTS OF SMART CITY
2.1 Major Pillars of Smart City
2.2 Institutional Infrastructure
2.3 Social Infrastructure
2.4 Physical Infrastructure
2.5 Economic Infrastructure
2.6 Funding of Smart Cities
3. SMART CITIES IN INDIA
3.1 100 Smart Cities Initiative
3.2 Active Projects
3.3 Pending Projects
3.4 Private Pilot Projects
4. ASPECTS OF SMART CITY INFRASTRUCTURE
4.1 Smart Energy
4.2 Smart Environment
4.3 Smart Transportation
4.4 Smart IT & Communication
4.5 Smart Health
4.6 Smart Education
4.7 Smart Building
4.8 Smart Governance
5. SMART CITIES ECONOMIC IMPACT ANALYSIS
5.1 Market Opportunity
5.2 Current Status of Projects
5.3 Major Smart City Suppliers and Players
5.4 International Agreements, Partnerships & Collaborations
6. KEY TRENDS IN SMART CITY DEVELOPMENT
7. MARKET DYNAMICS
7.1 Favorable Parameters
7.2 Issues & Challenges Faced
7.3 Opportunities for Private Players
8. INDIA SMART CITIES PROJECT FUTURE OUTLOOK
9. GOVERNMENT SUPPORT AND POLICY OUTLINE
9.1 Government Schemes
9.2 Policy Support
9.3 Financial Support
9.4 Smart City Approval Process
10. INDIA SMART CITIES INFRASTRUCTURE GUIDELINES
10.1 Smart City Features
10.2 Timeline
10.3 Approach to Smart Cities
10.4 Proposal & Planning
10.5 Criteria for Selection as Smart City
10.6 Quantifying Smart Cities
10.7 Selection Procedure
10.8 Special Purpose Vehicle (SPV)
10.9 Smart Cities Financing
10.10 Funding by Government
10.11 Mission Monitoring
10.12 Convergence with Other Government Schemes
10.13 Roadblocks
11. SMART CITY PROFILES
11.1 Manesar-Bawal
11.2 Dighi Port
11.3 Cisco Smart City
11.4 GIFT City, Gujarat
11.5 Lavasa, Maharashtra
11.6 Wave City, UP
11.7 Pallava City, Maharashtra
11.8 Dholera Smart city, Gujarat
11.9 Delhi Mumbai Industrial Corridor
11.10 Naya Raipur Chattisgarh
11.11 Shendra Bidkin, Maharashtra
11.12 Smart City, Kochi
11.13 Vikram Udyogpuri, MP
LIST OF FIGURES
Figure 1-1: Smart City Institutional Framework
Figure 1-2: Worldwide Smart City Market Elements, (%) 2012-2020
Figure 1-3: Connected Equipment in Smart Cities- Smart Governance and Public Service, (Million) 2015-2017
Figure 1-4: Connected Equipment in Smart Cities- Smart Utilities (Million), 2015-2017
Figure 1-5: Connected Equipment in Smart cities-Infrastructure and Commercial Buildings (Million), 2015-2017
Figure 1-6: Connected Equipment in Smart cities-Transport and Mobility (Million), 2015-2017
Figure 1-7: Connected Equipment in Smart cities- Smart Homes & Buildings (Million), 2015-2017
Figure 1-8: Connected Equipment in Smart Cities-Healthcare (Million), 2015-2017
Figure 2-1: Institutional infrastructure Framework for Smart Cities
Figure 2-2: Social infrastructure Framework for Smart Cities
Figure 2-3: Physical infrastructure Framework for Smart Cities
Figure 2-4: Economic infrastructure Framework for Smart Cities
Figure 2-5: Smart City Funding India (US$ Million), FY’2014- FY’2024
Figure 2-6: India Smart City Funding by Segment, (US$ Million) FY’2014-FY’2024
Figure 3-1: Smart Cities in Each State/ Union Territory, August 2015
Figure 5-1: Smart City Saving at Global Level, US$ Billion
Figure 5-2: Smart City Saving & Reduction in Resource Usage (%)
Figure 5-3: India Smart City Market Opportunity (US$ Billion), 2015-2020
Figure 5-4: India Smart City Deals
Figure 9-1: India Proposed Smart City Funding, (US$ Million) 2015-2024
Figure 1-1: Smart City Institutional Framework
Figure 1-2: Worldwide Smart City Market Elements, (%) 2012-2020
Figure 1-3: Connected Equipment in Smart Cities- Smart Governance and Public Service, (Million) 2015-2017
Figure 1-4: Connected Equipment in Smart Cities- Smart Utilities (Million), 2015-2017
Figure 1-5: Connected Equipment in Smart cities-Infrastructure and Commercial Buildings (Million), 2015-2017
Figure 1-6: Connected Equipment in Smart cities-Transport and Mobility (Million), 2015-2017
Figure 1-7: Connected Equipment in Smart cities- Smart Homes & Buildings (Million), 2015-2017
Figure 1-8: Connected Equipment in Smart Cities-Healthcare (Million), 2015-2017
Figure 2-1: Institutional infrastructure Framework for Smart Cities
Figure 2-2: Social infrastructure Framework for Smart Cities
Figure 2-3: Physical infrastructure Framework for Smart Cities
Figure 2-4: Economic infrastructure Framework for Smart Cities
Figure 2-5: Smart City Funding India (US$ Million), FY’2014- FY’2024
Figure 2-6: India Smart City Funding by Segment, (US$ Million) FY’2014-FY’2024
Figure 3-1: Smart Cities in Each State/ Union Territory, August 2015
Figure 5-1: Smart City Saving at Global Level, US$ Billion
Figure 5-2: Smart City Saving & Reduction in Resource Usage (%)
Figure 5-3: India Smart City Market Opportunity (US$ Billion), 2015-2020
Figure 5-4: India Smart City Deals
Figure 9-1: India Proposed Smart City Funding, (US$ Million) 2015-2024
LIST OF TABLES
Table 1-1: Smart city Distribution by Type and Population, 2015
Table 1-2: Smart Cities Allocated to States
Table 2-1: India Smart Cities Alliances by Country
Table 3-1: List of Proposed Smart Cities, August’2015
Table 4-1: Smart Energy Solutions & Benefits Analysis
Table 4-2: Smart Governance-Technology, Solution and Impact
Table 5-1: Smart Energy Interventions
Table 5-2: Smart Water Management Interventions
Table 5-3: Smart Transportation Management Interventions
Table 5-4: Smart Waste Management Solutions Interventions
Table 5-5: Indian Smart City Projects Execution Status
Table 5-6: Agreements & Partnerships With Countries With Regard To Smart Cities
Table 1-1: Smart city Distribution by Type and Population, 2015
Table 1-2: Smart Cities Allocated to States
Table 2-1: India Smart Cities Alliances by Country
Table 3-1: List of Proposed Smart Cities, August’2015
Table 4-1: Smart Energy Solutions & Benefits Analysis
Table 4-2: Smart Governance-Technology, Solution and Impact
Table 5-1: Smart Energy Interventions
Table 5-2: Smart Water Management Interventions
Table 5-3: Smart Transportation Management Interventions
Table 5-4: Smart Waste Management Solutions Interventions
Table 5-5: Indian Smart City Projects Execution Status
Table 5-6: Agreements & Partnerships With Countries With Regard To Smart Cities
