KEYWORDS<\/p>\n
ALL<\/a>
\naction plan<\/a>, agriculture<\/a>, airport<\/a>, air quality<\/a>, best practices<\/a>, biomass<\/a>,\u00a0 carbon storage<\/a>, citizen involvement<\/a>, district heating<\/a>, ecological coridor<\/a>, education<\/a>, energy autonomy<\/a>, energy community<\/a>,
\nenergy efficiency<\/a>, energy planning<\/a>, energy poverty<\/a>, energy storage<\/a>,\u00a0 energy renovation<\/a>, energy transition<\/a>, financial model<\/a>, freight mobility<\/a>, geothermal energy<\/a>, governance<\/a>, green technology<\/a>, grid<\/a>,\u00a0 heating-cooling<\/a>, historic<\/a>, hydrocarbon wells<\/a>, hydrogen<\/a>, ICT tool<\/a>,
\nindustry<\/a>, lighting<\/a>, local authority<\/a>, logistics<\/a>, low carbon<\/a>, mobility<\/a>, municipality<\/a>, navigation<\/a>, net zero energy building<\/a>, policy<\/a>, public authority<\/a>, public buildings<\/a>, public transport<\/a>, renewable energy<\/a>,\u00a0 renovation<\/a>, rural regions<\/a>, smart grid<\/a>, SME<\/a>, solar energy<\/a>, strategy<\/a>,
\ntoolkit<\/a>, training<\/a>, transport<\/a>, urban planning<\/a>, vessel transport<\/a>, waste heat<\/a>, waterway transport<\/a>, web platform<\/a>, 3D energy management system<\/a><\/p>\n\n
| Project ancronym<\/th> | Project full title<\/th> | Program<\/th> | Duration<\/th> | Objectives<\/th> | Keywords<\/th> | LP organisation <\/th> | LP contact (name)<\/th>\n<\/tr>\n<\/thead>\n |
|---|---|---|---|---|---|---|---|
| Dynamic Light<\/td> | https:\/\/programme2014-20.interreg-central.eu\/Content.Node\/Dynamic-Light.html <\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2016-2019<\/td> | \u201cDynamic Light\u201d is the transnational project involving 16 partners from seven different Central European countries, the various partners are cooperating in the project to investigate and evaluate typical lighting situations in the respective municipalities. The project has developed parameters for lighting control that reflect the social needs and demands of the user.\u00a0<\/td> | lighting, municipality, urban plannning<\/td> | Hochschule Wismar \n \nGermany<\/td> | Prof. Dr. Thomas R\u00f6mhild \n \nthomas.roemhild@hs-wismar.de<\/td>\n<\/tr>\n |
| REEF 2W<\/td> | https:\/\/programme2014-20.interreg-central.eu\/Content.Node\/REEF-2W.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2017-2020<\/td> | The REEF2W project\u00a0 aimed at developing and implementing solutions for increasing energy efficiency and renewable energy production in public infrastructures. REEF2W pursued this objective by combining and integrating the relevant public infrastructures of municipal solid waste chain with the waste water treatment plants (WWTP), and by upgrading their input mix and their energy outputs.<\/td> | energy efficiency, renewable energy, waste heat, municipality<\/td> | ENEA - Italian National Agency New Technologies, Energy and Sustainable Economic Development \n \nItaly<\/td> | Roberto Farina \n \nroberto.farina@enea.it<\/td>\n<\/tr>\n |
| SMART COMMUTING<\/td> | https:\/\/programme2014-20.interreg-central.eu\/Content.Node\/SMART-COMMUTING.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2017-2020<\/td> | In European cities, the daily commute to and from work is a major energy consumer. SMART COMMUTING encouraged coordination between public transport companies, city officials and other stakeholders to develop a holistic approach to planning more energy efficient transportation in urban areas. Training for public sector workers, expert analyses and the creation of institutional platforms supported a better planning of sustainable transport.<\/td> | public transport, municipality, energy efficiency, training<\/td> | Municipality of Rimini \n \nItaly<\/td> | Donata Bigazzi, Emanuele Moretti \n \ndonata.bigazzi@comune.rimini.it; emanuele.moretti@comune.rimini.it<\/td>\n<\/tr>\n |
| SOLEZ<\/td> | Smart Solutions supporting Low Emission Zones and\u00a0other low-carbon mobility policies in EU cities \n \nhttps:\/\/programme2014-20.interreg-central.eu\/Content.Node\/SOLEZ.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2016-2019<\/td> | Europe has clear and challenging goals to ensure sustainability of transport in urban areas: halve the use of \u2018conventionally-fuelled\u2019 cars in urban transport by 2030; phase them out in cities by 2050; achieve essentially CO2-free city logistics in major urban centers by 2030. The SOLEZ project designed and pilot tested innovative ICT based tools to help local public administrations to reduce CO2 emission in urban area and give a contribution to achieve these ambitious results!<\/td> | public transport, municipality, energy efficiency, air quality, training, toolkit, local authority<\/td> | Municipality of Vicenza \n \nItaly<\/td> | Palazzo Trissino \n \npolitichecomunitarie@comune.vicenza.it<\/td>\n<\/tr>\n |
| Solar4CE-Cities<\/td> | Boosting urban solar revolution for Central Europe \n \nhttps:\/\/www.interreg-central.eu\/projects\/solar4ce-cities\/<\/a><\/td> | INTERREG Central Europe 2021-2027<\/td> | 2024-2027<\/td> | A wider use of solar energy in urban areas is often hindered by insufficient policy frameworks that lead to administrative, technological, and financial barriers. The Solar4CE-Cities project helps cities to change this by promoting the prosumption approach. Prosumers are citizens or entities that not only consume but also produce renewable energy and thus contribute to decarbonise their communities. The partners assess existing prosumer schemes, create new business models, pilot prosumer communities, and involve stakeholders to increase solar energy adoption in cities.<\/td> | solar energy, urban planning, strategy, energy community, financial model, municipality<\/td> | Municipality of Budapest \n \nHungary<\/td> | Rita Andrasek \n \nandrasek.rita@budapest.hu<\/td>\n<\/tr>\n |
| CITYWALK<\/td> | Towards energy responsible places: establishing walkable cities in the Danube Region \n \nhttps:\/\/dtp.interreg-danube.eu\/approved-projects\/citywalk<\/a><\/td> | INTERREG Danube Transnational Programme 2014-2020<\/td> | 2016-2019<\/td> | CityWalk project helps cities in the Danube Region to reduce emissions, noise and to become safer, better places to live, by increasing the role of more sustainable forms of mobility in the urban transport mix, especially active transport forms \u2013 like walking and biking. To do so the main focus of project is to improve the key conditions of walkability.<\/td> | air quality, mobility, municipality, urban planning<\/td> | Scientific Research centre Bistra Ptuj \n \nSlovenia<\/td> | Danilo Ceh \n \ndanilo.ceh@bistra.si<\/td>\n<\/tr>\n |
| CSSC LAB<\/td> | City Storage and Sector Coupling Lab \n \nhttps:\/\/dtp.interreg-danube.eu\/approved-projects\/cssc-lab<\/a><\/td> | INTERREG Danube Transnational Programme 2014-2020<\/td> | 2020-2022<\/td> | Based on a recent study published by EUSDR PA2 renewables will provide 50% of SEE power demand in 2030. With higher levels of utilization of RES energy storage is becoming the key in the next phase of the energy transition in all Danube countries. Even in the most advanced regions the introduction of innovative energy storage and sector coupling applications has just started to gain momentum. As these challenges particularly hit medium-sized and smaller cities, adequate City Storage and Sector Coupling (CSSC) solutions are needed to ensure efficient energy use and increased energy security. CSSC Lab will prepare the ground for accelerating the up-take of CSSC solutions by Danube region cities which is at very low level because of public authorities possess little knowledge and shy the risks of investment. To overcome this barrier, the CSSC Lab project will implement a capacity building programme for municipalities and demonstrate the viability of CSSC solutions for medium-sized and smaller cities in the Danube region.<\/td> | energy storage, renewable energy, municipality, training<\/td> | North-West Croatia Regional Energy Agenca \n \nCroatia<\/td> | hmaras@regea.org<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n\n","protected":false},"excerpt":{"rendered":" KEYWORDS ALL action plan, agriculture, airport, air quality, best practices, biomass,\u00a0 carbon storage, citizen involvement, district heating, ecological coridor, education, energy autonomy, energy community, energy efficiency, energy planning, energy poverty, energy storage,\u00a0 energy renovation, energy transition, financial model, freight mobility, geothermal energy, governance, green technology, grid,\u00a0 heating-cooling, historic, hydrocarbon wells, hydrogen, ICT tool, industry, lighting, … Continue reading Project Database 2025 \/ Municipality<\/span> |