Technological trends and sustainability policy in Russian cities Evgenij Pliseckij NRU HSE IRSUP Moscow

Slides:



Advertisements
Similar presentations
Strengthening innovation in chemical clusters
Advertisements

Inter-discipline Integration Implications of sustained Development of Architectural Education Presented by Tsung Juang (TJ) Wang Department of Architecture.
New opportunities for regional development through cross-border cooperation Ministry of Environmental Protection and Regional Development November 16,
Towards the Romania of PRINCIPLES OF PROGRAMMING The social and macroeconomic policy of Europe is the policy of Romania EU projects represent a.
Baltic Energy Strategy Einari Kisel Director of Energy Department.
Main ISSUES of reFINE’s R&I Roadmap
From devices to governance: ICT as a key enabler in Genoa Smart City Strategy.
Challenges Competition for resources (including raw materials) increases, scarcities => prices rise => impact on European economy 20th cent.: 12-fold.
Module 1: Introduction and the Context Concepts of Urban Planning Jeff Soule American Planning Association.
MINISTRY OF ENERGY RUSSIAN FEDERATION Combined Heat and Power Technologies for Distributed Energy Systems.
Delivering practical solutions
Smart Cities & Smart Utility
Construction in EU 2020 OG10 Meeting Brussels, April 28, 2010.
January THE ISSUE Launch Event. Leicester. THE ISSUE Traffic- Health- Environment. Intelligent Solutions Sustaining Urban Economies. Professor.
Lina Murauskaitė New Challenges in the European Area: Young Scientist’s 1st International Baku Forum May 20-25, 2013, Azerbaijan, Baku Integration of Renewable.
Are there alternatives to growth pessimism? ‘Challenges for Europe in a new age’ Utzon-Center, March 2013 Björn Johnson and Bengt-Åke Lundvall Aalborg.
ICT in HORIZON 2020 The New EU Framework Programme for Research and Innovation Morten Møller, Head of Programme Coordination Unit, DG CONNECT,
Transnacionalno teritorialno sodelovanje Program Jugovzhodna Evropa Margarita Jančič, MOP,DEZI Novo mesto,17. april 2008.
ENERGY AGENCY LITHUANIA Perspective for the EU Structural Assistance to the Energy Projects in Lithuania for the period Marijus Franckevičius.
International Telecommunication Union Committed to connecting the world Shaping tomorrow’s smart sustainable cities today Cristina Bueti Adviser, ITU.
Collaboration in eRegion- ICT for Growth and Empowerment Bror Salmelin Head of Unit, New working environments European Commission, DG Information Society.
The city of the future Kotova Olga Form 11b School # 62 Lipetsk 2011 – 2012 school year.
Industry Outlook November Manufacturing Matters in Canada  A $620 billion industry  12% of GDP (18% in 2004)  1.7.
Targeting to achieve competitiveness and attractiveness of its territory, new network opportunities, sustainable urban and community development efforts,
1 IoT for Smart Cities Where we are at and where we could be Olga Cavalli CCAT LAT Argentina Forum on "Powering Smart Sustainable Cities With the Internet.
ReFINE Research for Future Infrastructure Networks of Europe ECTP OG 10 -April 28, 2010 Brussels.
1 Framework Programme 7 Overview. 2 The Programmes within FP7 IDEAS European Research Counsel ERC PEOPLE Marie Curie Measures Initial Training Life-long.
International Telecommunication Union Committed to connecting the world Shaping tomorrow’s smart sustainable cities today Nasser Saleh Al Marzouqi Chairman,
Strategy of economic and social development of St. Petersburg until 2030 Committee for Economic Policy and Strategic Planning of St. Petersburg
Assessment of the potential of Russian cities to transition to the Smart City Model IRINA ILINA NRU HSE IRSUP ROME-2016.
Unrestricted. © Siemens AG All rights reserved. Open Innovation 2.0 Dr. Walter Weigel VP External Cooperations Corporate Technology I Dublin, June.
Alberto Paradisi- Vice-President - CPqD in IoT Week Belgrado - Innovation day Brazil Session: IoT Panorama and Collaboration.
Building a Better Connected World
Program for installing heating systems using renewable energy, including the replacement or completion of classic heating systems Between July 15, 2010.
Anticipating tomorrow’s world, today… …or, being ‘Future Ready’
CIP General presentation
ETIP SNET WG4 : Digital Energy
Dr. Vladimir Likhachev, IE HSE/ERI RAS June 27, 2016, Moscow
SMART & SUSTAINABLE CITIES
REFLECTED IN JAMAICA’S ENERGY POLICY
UKSG Introduction to Journals and E-Resources
Efficacity R&D institute for urban energy transition May 2017.
Future Technologies FTC 2016 Future Technologies Conference December 2016 San Francisco, United States.
Shaping smarter and more sustainable cities from WSIS to Habitat III
Mieke De Schoenmakere 13 September 2016, Studiedag circulaire economie, Mechelen Transition towards more sustainability: the role of resource efficient.
People First Beatriz Corredor Sierra,
Green ICT Actions in China
How Technology Is (R)evolutionizing Communities
How Technology Is (R)evolutionizing Communities
Municipal Planning: Including Smart City Apps
Inter-service Group on Urban Development
Boosting broadband connectivity in Europe
Artificial Intelligence Changes the Security Landscape
“Smart City: Future Perspectives”
Smart Cities Uroš Merljak.
Challenges and opportunities on Islands’ decarbonisation
A Global Perspective on Greening the Transport Sector
EnergyNet The National Technology Initiative
IRINA ILINA NRU HSE IRSUP ROME-2016
Internet of Things (IoT) for Industrial Development and Automation
Knowledge and skills for sustainable development:
Striving to achieve through international standards
Innovation – Classic Questions
Limerick – Ireland’s Digital City
Global megatrends (relevant for our business)
Project Conceptual Group Meetings
Biodiversity, Natura 2000 & Green Infrastructure in the Regional Policy Mathieu Fichter European Commission, DG Regio Team leader "sustainable.
Energy Systems Catapult
ROMANIA 2019 NEEDS IDENTIFICATION ROMANIA 2019.
Greener Smarter Better Cities - an EU perspective
Presentation transcript:

Technological trends and sustainability policy in Russian cities Evgenij Pliseckij NRU HSE IRSUP Moscow -2016

Contents HSE’s Involvement in Smart City Development HSE’s сoncept of “Smart City” еxamples of сurrent рrojects

WORLD TRENDS – CITIES - RUSSIA translate innovation trends of development in the regions create a society of the new formation – "society of knowledge" set new demands to the quality of the urban environment, development of human capital

Smart City: from metaphors to models of development A smart sustainable city is an innovative city that uses information and communication technologies (ICTs) and other means to improve quality of life, efficiency of urban operation and services, and competitiveness, while ensuring that it meets the needs of present and future generations with respect to economic, social, environmental as well as cultural aspects* *The United Nations Economic Commission for Europe (UNECE)

Smart City The main strategic goal of implementing the concept of smart city is a sustainable, balanced and efficient growth of modern cities. The need to implement the concept of "Smart City" due to the need to change the approach to the development of modern Russian cities To solve the current problems requires a comprehensive approach, considering all of the factors in a close relationship The concept of "Smart City" applies not only to the territory of the official status of the city, but can include other territorial entities, such as the district, region, etc., for which the important role played by urban development model

HSE’s approach Умный город Smart governa nce Smart citizen Smart urban environ ment Smart mobility Smart economy Smart ecology the idea of complex development of the territory and the search for its main functions was carried out with the use of technology foresight, market research needs in different types of infrastructure, long term planning, analysis of challenges and opportunities

Высшая школа экономики, Москва, 2014

The potential of Russian cities for smart development

Technology trends of smart city development in Russia Technology of integrated management of the development and interaction of city economy and stakeholders Expansion of Internet of Everything, IoE Growing of Internet of things (IoT) Introduction of the platform big data management system Data transfer to cloud services Transition to the use of free software Introduction of personal digital identity (eID) Transition of public and municipal services in electronic form (eServices) Development of "Smart" technologies based on satellite Development of "Smart" technologies based on Artificial intelligence Technology of transformation approaches for the creation of urban environment and infrastructure development of territory Development of BIM technology Introduction of intelligence transport system Usage of robotics in the urban environment Development of resource and energy saving in the housing sector Usage of innovation technology in housing construction Expansion of using “smart” grids Transition to Sustainable (“green”) buildings Introduction of innovation technology of solid waste Introduction of smart systems in buildings Transition to sustainable planning of urban space and architecture of cities of the future level of development of technology in Russia

Weak signals of smart energy and transport development infrastructure in the Russia The level of impact in Russia Introduction of new technologies of generation, transmission, and backup power Formation of the free market of generation and distribution of electricity Emergence of Autonomous and/or alternative sources of generation of electric and heat energy in cities Use of cogeneration units at boiler houses Use of robotics and video equipment for diagnostics of engineering networks of housing and communal services Introduction of interactive "smart" systems for measuring resource consumption in buildings for consumers Creation of a network of charging stations for electric vehicles Introduction of CCTV and intelligent sensors to limit entrance to areas with high levels of pollution Use of automated Parking "smart parking" Innovative road Management of transport on the basis of satellite observations (GLONASS) Reducing energy consumption in buildings Building integrated PV

Weak Signals|Smart Cities

The main barriers to the development of "smart city" in Russia The dependence of the decisions taken by the previous development Technology "dead ends" Market barriers to efficient technology Technological backwardness, uneven development of territories Deficiency of available technologies Short-term investment horizons Uncertainty, risk The lack of financial opportunities, High "transaction costs", high original expenses The problem of opportunity costs Information asymmetry Low awareness Lack of knowledge and experience