1. Smart Cities
By
Srujani Shrawne
BE, Environmental Engineering
Kolhapur Institute of Technology’s College of Engineering, Kolhapur
Under the Guidance
of
Mrs. Parul Saler
2. Content
Introduction
Objective
Components
Smart City Features
Smart Solutions
Smart Cities
of the World
Barcelona
Sri City
Conclusion
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3. Progress
Technology
Development & Time
Comparison of City with a living organism
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Introduction
4. Objective
Core infrastructure
Decent quality of
life
Clean and
sustainable
environment
‘Smart’ Solutions
Economic growth
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6. Smart People
Smart phones and smart
gadgets
24-hour access to the high
speed data
Financial resources
Small working districts for
national and international
entrepreneurs
Generation of innovations,
knowledge and wealth.
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7. Smart Economy
Attractive and competitive
Stimulation of innovation
Entrepreneurship
Productivity
Activation of private capital combined with
public investment
Trends:
New revenue models
Collaboration models
Sharing economy
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8. Smart Environment
Reduce energy use
Environmental impact
Carbon footprint
Entail competitive
industries
Planned financial
resources
New concepts
On-the-market and
near-to-market solutions
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10. Smart Living
Eco office
Health care
Safe & waste free shopping
Mobile- app
Augmentation of bus fleet via
public participation- cityflo
Cubicles
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12. Smart City Features
Mixed land use in area-based
developments
Housing and inclusiveness
Walk able localities
Open spaces
Variety of transport options
Governance citizen-friendly
and cost effective
Identity to the city
Smart Solutions
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13. Core infrastructure elements
Water supply,
Electricity supply,
Sanitation
Affordable housing
Safety & Security
Health & Education.
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16. Strategy
The strategic components of
area-based development in the
Smart Cities Mission are
– city improvement
(retrofitting),
– city renewal
(redevelopment) and
– city extension (Greenfield
development)
– Pan-city
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17. Retrofitting
Existing built-up area
Area: more than 500 acres
Depending on the existing level,
strategy to become smart
Intensive infrastructure service
levels
Smart applications
Shorter time frame
Replication in another part of the
city
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18. Redevelopment
Effect replacement of the existing built-up
Co-creation of a new layout
Enhanced infrastructure
Mixed land use
Increased density
Area: more than 50 acres
Examples
Saifee Burhani Upliftment Project, Mumbai (Bhendi
Bazaar Project)
East Kidwai Nagar, New Delhi
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19. Greenfield Development
Previously vacant area
Area: more than 250 acres
Innovative planning,
Financing
Implementation tools
Affordable housing
Needs of the expanding
population
Example
GIFT City, Gujarat
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20. Pan City Development
Selected Smart Solutions
to the existing city
Use of technology
Information
Data to make
infrastructure
Productivity
Quality of life
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24. Stellar bus transit system.
Transports Metropolitan de Barcelona (TMB)
New orthogonal bus
Faster,
Easier
Frequent
One transfer between any two points- 95%
Urban sustainable mobility, reducing emissions
with hybrid buses
Cleanest surface public transport fleets in
Europe
Smart bus shelters using solar panels and
screens
Three interactive bus shelters-touchscreen and
USB ports.
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25. Bicycle sharing system
Bicing
6,000 bicycles
Sustainable and economical
Travel short distances
Annual fee, get a Bicing card, scan
it at any of the 400 stations, check
out a bike, then check it back in at
the station closest to your
destination.
Located by other public transport
stops or public parking
Bicing app
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26. Smart parking spaces.
Light and metal detectors,
Sensors detection for parking spot
Street sensors help motorists find parking,
Provide data about parking patterns, helping
officials improve management of urban mobility.
real-time information on their smartphone to
best locate a free parking space using ApparkB
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27. Pneumatic waste management
Many 'barris' don’t have to see (and
smell) overflowing and oversized
trash bins
Drop-off containers-subterranean
vacuum network
This decreases noise pollution made
by trash trucks (at 11:15pm in our
'barri)
Through radio frequency and WiFi,
Detecting the trash level.
Optimal route and times to collect it.
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28. Installation of smart lighting.
LED technology
reduce cost and pollution.
optimize energy and use a
smart function: activates
when detecting motion,
gathers environmental
information,
humidity,
temperature,
pollution, and
noise
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29. Renewable energy systems
Barcelona Energy and the
Barcelona City Council
Solar water heaters in 2006.
In 2000, the Barcelona Solar
Thermal Ordinance
78 buildings and is expected to
expand, the Districlima
Steam from the incineration of
urban.
Sea-facing structure by the
Forum in Barcelona
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30. Mobile World Capital
In 2011, Barcelona beat out 29 other
cities as the Mobile World Capital from
2012 until 2018
Conference and exhibition facilities,
tourism and transportation infrastructure,
Mobile World Congress
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33. Barcelona’s Innovation District
Districte de la innovació
22@ is a regeneration project
Barcelona Urban Lab
sustainability — the five clusters are all united
by green infrastructure
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34. Sri City
SEZ
Managing precious resources
Centre for Smart Cities’ at IIIT Chittoor
Security and Smart Access.
Smart Electric Meters and Smart Grid
Smart Water Meters
Public Transport Monitoring and Vehicle
Safety
Smart Money
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35. Challenges
Understanding the concepts of
retrofitting, redevelopment and
greenfield development
Major investments in time and
resources
The Smart Cities Mission
requires smart people
Current Economic &
Socio-Cultural Scenario
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36. Conclusion
Smart Cities are the need of the century
where everyone’s interested in super fast
progress and at the same time there is a
requirement that the progress becomes
sustainable. Thus smart city is the ideal
way in which a country progresses.
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Understanding the concepts of retrofitting, redevelopment and greenfield development by the policy makers, implementers and other stakeholders at different levels will require capacity assistance.
Major investments in time and resources will have to be made during the planning phase prior to participation in the Challenge. This is different from the conventional DPR-driven approach.
The Smart Cities Mission requires smart people who actively participate in governance and reforms. Citizen involvement is much more than a ceremonial participation in governance.
Smart people involve themselves in the definition of the Smart City, decisions on deploying Smart Solutions, implementing reforms, doing more with less and oversight during implementing and designing post-project structures in order to make the Smart City developments sustainable.
The participation of smart people will be enabled by the SPV through increasing use of ICT, especially mobilebased tools.