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Smart Cities: myths and realities
Elisabet Viladecans-‐Marsal
UB Smart City Chair Barcelona Institute of Economics -‐ Universitat de Barcelona (IEB-‐UB)
INTERNATIONAL SUMMER SCHOOL “SMART GRIDS AND SMART CITIES”
Barcelona, 6-‐8 June 2017
What does it make a city ‘smart’? Is it having Open Data? Is it about education? Is it smart parking bays? Smart lighting? Efficient energy? Having its government services online? Intelligent transport cards? Free WIFI? UBER? …..
All of the above? None? What is clear: ‘Smart cities’ is a multidisciplinary topic regarding: engineering, information technology, architecture, environmental science, economics, geography,…
ROAD MAP: 0) Why do we care about cities? Are cities that important?
1) The origin of the ‘Smart City’ concept (or when a big tech company did a terrific marketing campaign)
2) The current definition (one of them): what is a ‘smart city’ ?
3) Can we measure the ‘smartness’ of a city? (Methods, Indicators &
Rankings) 4) Big Data & Smart cities: the current challenge
5) Conclusions & Policy implications
0 – Why do we care about cities? Are cities that important? Cities are: “our greatest invention(s)” really have the potential to make us all “richer, smarter, greener, healthier and happier”
Edward Glaeser in ‘The triumph of cities’ (2011)
What determines cities’ growth? “workers are more productive in big cities” (Duranton & Puga, 2014)
Why? City workers/inhabitants enjoy AGLOMMERATION ECONOMIES:
1) sharing resources 2) efficient matching (firms – workers) 3) learning: human capital & knowledge
Resercah on cities: Duranton, Henderson & Strange (2015) what is new…
0 – Why do we care about cities? Are cities that important? THE URBAN PHENOMENA: Grade of urbanization (% of people living in urban areas)
1955
1975
1995
2015
2030
31.6
37.7
44.7
54.0
60.0 Africa 16.1 24.7 33,1 40,4 47,1 Asia 19.3 25.0 34,8 48,2 56,3 Europe 54.3 65.4 70,5 73,6 77,0 Latin America 45.2 60.7 73,0 79,8 83,1 North America 67.0 73,8 77,3 81,6 84,2 Oceania 64.8 71,9 70.6 70,8 73,5 Number of cities: > 300,000 354 627 1,061 1,692 >2,000 > 10 Million (Megacities)
2 4 14 29 ‘41’
Source: World Urbanization Prospect. 2014 Revision. United Nations.
0 – Why do we care about cities? Are cities that important? But cities could have also (very) negative aspects: • The slums of Mumbai and Rio de Janeiro (in the past, life in Victorian London, and New York 150 years ago)
• Crime, congestion, pollution, sanitation issues… • Concentration of poverty, inequalities, segregation, gentrificaton… What about sustainability? 1) Cities consume 60-‐80% of energy worldwide + are responsible for large shares of GHG emissions (UN 2012)
2) The lower the urban density, the more energy is consumed for electricity and transportation: the emissions pc drop with the increase of urban areas density.
This complicated scenario requires to find ways to manage new challenges: What is the contribution of the ‘smart cities’?
1-‐ The Origin of the ‘Smart City’ concept (or when a big tech company did a terrific marketing campaign)
• Mid 1990s: (from the newspapers) The ‘smart city’ term first appeared: cities randomly labeled themselves as ‘smart’ when they introduced ICT infrastructure, e-‐governance,… Main idea: optimization and automation of urban infrastructures
• 2008: the IBM’s CEO gave a talk entitled ‘A smarter planet: the next leadership agenda’ including the term ‘smart cities’
2009: the company officially files the term ‘smart cities’ and the trademark was officially registered as belonging to IBM (November 2011)
1-‐ The Origin of the ‘Smart City’ concept (or when a big tech company did a great marketing campaign) The marketing language of IBM: ‘to became smarter, the world (or the city) needs to be instrumented, interconnected and intelligent’
ALL IS ABOUT TECHNOLOGY! IBM strategy: after 2004 concentrate all the efforts on consultancy and software (Sold the PC division to the Chinese company Lenovo)
For IBM: cities as a huge untapped market (2016: 40 bilion USD) and became the market leader in the business of smart urban technologies in terms of sales and strategy Some literature appeared: Against the Smart City (2013) or its corporate view:
‘Siemens and Cisco aim to be the electrician and the plumber […] and IBM their choreographer, superintendent, and oracle tolled into one’ (Townsed, 2013)
2. The current definition (one of them): what is a ‘smart city’ ? MAIN IDEA: The concept of smart city is no longer limited to the diffusion of new technologies BUT it looks at people and community need: technology is the tool not the result The concept has been applied to different domains:
Hard domain Soft domain -‐ Buildings -‐ Energy Grids -‐ Natural resources -‐ Water and waste management -‐ Mobility -‐ Logistics
-‐ Education -‐ Culture -‐ Policy innovations -‐ Social inclusions -‐ Government
ICT has a decisive role ICT not decisive Source: Neirotti et el (2014)
Actors involved: 1) firms, 2) institutions/ public administrations, 3) people
Smart city characteristics:
Smart Governance Transparency and open data. Use of ICT and e-‐government in participatory decision-‐making and co-‐created e-‐services
Smart Economy e-‐business and e-‐commerce (increased productivity), ICT-‐enabled innovation, as well as new products, new services and business models: smart clusters and eco-‐systems
Smart Mobility ICT supported and integrated transport and logistics, clean and often non-‐motorised options. Real-‐time information, improvement commuting efficiency, save costs and reduce CO2
Smart Environment
Smart energy: renewables, ICT enabled, energy grids, metering, pollution control, green buildings and urban planning, re-‐use and resource substitution which serves theabove goals.
Smart People e-‐skills, working in ICT-‐enabled working: access to education and training, human resources and capacity management, inclusive society that improves creativity and fosters innovation
Smart Living Healthy and safe living in a culturally vibrant city and incorporates good quality housing and accommodation. It is also linked to high levels of social cohesion and social capital.
Source: Mapping Smart Cities in the EU (2014)
3) Can we measure the ‘smartness’ of a city? Methods, Indicators, Rankings
Many indexes, rankings and methodologies…. 1) The EU Project Mapping the Smart Cities in Europe (2014): sample of
European cities 2) The Intelligent Community Forum: Smart 21 Communities 3) The Global Power City Index 4) The Economist 5) The IBM Smart City Index 6) The University of Vienna 7) Forbes/IESE 8) …….
3) Can we measure the ‘smartness’ of a city? Methods, Indicators, Rankings
City Economy People Govern. Mobility Environment Living Total
Luxembourg 1 2 13 6 25 6 1 Aarhus (Dk) 4 1 6 9 20 12 2 Turku (FI) 16 8 2 21 11 9 3 Aalborg (DK) 17 4 4 11 26 11 4 Odense (DK) 15 3 5 5 50 17 5 Tampere (FI) 29 7 1 27 12 8 6 Oulu (FI) 25 6 3 28 14 19 7 Eindhoven (NL) 6 13 18 2 39 18 8 Linz (AT) 5 25 11 14 28 7 9 Salzburg (AT) 27 30 8 15 29 1 10 Source: University of Viena. 2016. Cities 100.000-‐500.000 inhabitants (70 European cities, excluding the biggest ones)
An alternative ranking for the biggest cities in the world, 2017:
Source: Forbes & IESE Cities in Motion Ranking (2017)
4) Big Data & Smart cities: the current challenge
Interest over time (2013-‐2017, 100 represents the peak search interest)
4) Big Data & Smart cities: the challenge
Big Data: ‘any data that cannot fit into an Excel spreadsheet’ [one million rows and a much lesser number of columns] There is a overlapping between smart cities & big data: people in cities generate tones of information captured by sensors in real time + geo-‐positioning Examples: transportation, energy and utility flows, …, smart devices: ‘WE PRODUCE INFORMATION EVERY SECOND’ • Data, when collected and shared properly, can create opportunities, services, and insights that can solve any number of problems.
• However, can often be the biggest challenge: 1) privacy and confidentiality 2) availability of the data (again big tech companies’ business) 3) technical problems of treatment
4) Big Data & Smart cities: the challenge Opportunities for research and city management: 1) The "microscope" for cities
2) Answer old and new questions through: More detail in space and/or time
(e.g. transit data) 3) Better measurement of known phenomena (e.g. WalkScore)
4) Reflect new questions (e.g. Internet usage patterns)
5) "Always-‐on" observatory → the city as a lab (policy experiments): fast
information, better reaction to fix the problems
5) Conclusions & Policy Implications • Urbanization/cities represents huge advantages but also several diseases (pollution, traffic, congestion, waste and social exclusion)
• Local governments are committed to face and solve these problems to improve the attractiveness of their city and the quality of life for citizens.
In terms of public policies: SMART CITIES NEED SMART CHOICES
• Will smart policies create smart cities and solve urban problems? – Potentially to improve productivity / reduce costs
• Cities will still need to make good choices:
– ‘Smart’ won’t always be the right choice – Which infrastructure investments? – How to improve public service provision?
5) Conclusions & Policy Implications
• More research is needed to evaluate the impact of ‘smart’ policies!
• Scholars do not agree on whether policies targeted at very narrow geographical areas cities/neighborhoods (i.e., the so-‐called ‘place-‐based’ policies) are effective in solving these problems.
• Some policies work depending on the needs and capabilities of each city and also on the specific policy design used: heterogeneous effects
• So, in order to find ‘what works for urban/cities development’, we need to perform systematic impact evaluations of different sorts of policies implemented in different types of places.