SMART CITY SIBIU –PILOT PROJECT

CONTENT 1.SMART CITY, element of SMART GRIDS 2.City of SIBIU - Statistics 3.Optimising Energy Systems 4.Pilot Project - Financing 5.Pilot Project implementation - Calendar 6. Developers Consortium 2

1. SMART CITY - element of SMART GRIDS 1.1. European Strategy Confirmation of three 20% targets The Power Sector reduces its carbon footprint between 54 to 68% A Roadmap for moving to a competitive low carbon economy - Reducing GHG emissions by 80-95% - A fully decarbonised Power Sector 3

1.2.SMART System of TOMOROW 4 T & G Local Admin School s Hospitals Services

1.3. SMART CITY Frindliness towards the environment Use of information and communication technologies as tools of smart management Ultimate goal of sustainable development Improves the quality of life and local economy,trough moving towards a low carbon future 5

1.3 SMART CITY /2/ SMART CITIES integrates in an innovative urban paradigm energy efficiency,by promoting both enviromental and economic sustainability.In a SMART CITY infrastructres,service and technologies together with the public and private sector contribute in saving energy and reducing CO2 emissions. SMART GRIDS are key to the development of SMART CITIES 6

First level city smatness Second level city smartness Third level city smartness 1.4. CONCEPT of CITY SMARTNESS Self-managing actions Managing actions of private actors Managing coordinative action City as a public actor: leading by example City as a policy maker: governing the private urban actors City as a coordinator: integrated approach 7

2.CITY of SIBIU -Statistics 8 POPULATION : Electricity Consumption: 6768MWh Administrativ buildings,schools,HP,>500qm: 95 CHP PLANTS: 2

3.OPTIMISING ENERGY SYSTEMS 3.1.Smart Grids technologies in Smart Cities Electronic meters Network automation Efficient public lighting Electric mobility Integration of renewable energy resources Energy storage systems Devices increasing consumer consumption awareness 9

3. OPTIMISING ENERGY SYSTEMS/2/ 3.2.Building Stock Opportunities Thermal upgrade of the envelope of existing buildings Upgrade of lighting in buildings Solar thermal for DHW Efficient boilers and chillers Heat pumps Passive buildings Smart metering 10

3. OPTIMISING ENERGY SYSTEMS/3/ 3.3 Transportation and Mobility Opportunities Lowering mobility needs Shift from individual to collective transport Soft modes of transportation Integration of EV in the urban environment 11

3. OPTIMISING ENERGY SYSTEMS/4/ 3.4.City management Opportunities Upgrade of street and traffic lighting CHP with district heating and cooling Electric production from RES in the urban environment Development of SMART GRIDS ICT 12

3.5. ENERGY MANAGEMENT STRUCTURE 13 Buildings Efficient public lighting Electric vehicle Renewable resourses ENERGY MANAGEMENT CENTER CITY Energy Storage 3. OPTIMISING ENERGY SYSTEMS/5 /

4. PILOT PROJECT FINANCING 4.1. EU-Financing DG-INFSO-Research OBJECTVE 6.5 Optimising Energy Systems in Smart Cities Decision support and management and control systems for energy-efficient neighbourhoods Validation phase in real- live environments in least two cities Call openung: closing Budget: 40 MEuro 14

4. PILOT PROJECT FINANCING/2/ 4.2. Cofinancing Opportunities Local Authorities Central Authorities Loans 15

Fesability Study DG-INFSO Evaluation Project Design Implementation 5. PILOT PROJECT IMPLEMENTATION CALENDAR Developers' Consortium

6. DEVELOPERS CONSORTIUM Sibiu Municipality Romanian Energy Center Tractebel Engineering Emon Electric ECRO ….. 17

THANK YOU! 18