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 |
|---|---|---|---|---|---|---|---|
| ENES-CE<\/td> | Collaboration between public bodies and citizen energy groups in implementing local energy strategies in Central Europe \n \nhttps:\/\/programme2014-20.interreg-central.eu\/Content.Node\/ENES-CE.html <\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2019-2022<\/td> | ENES-CE is addressing this challenge and beyond through improving the adoption and quality of energy plans with a bottom-up quadruple helix approach, where citizens play a pivotal role.\u00a0<\/td> | strategy, public authority, energy planning, citizen involvement<\/td> | Comune Di Forl\u00cd \n \nItaly<\/td> | Giulia Righetty \n \ngiulia.righetti@naxta.it<\/td>\n<\/tr>\n |
| ENTRAIN<\/td> | Enhancing renewable heat planning for improving the air quality of communities \n \nhttps:\/\/programme2014-20.interreg-central.eu\/Content.Node\/ENTRAIN.html <\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2019-2022<\/td> | District heating systems fed by heat produced from renewable sources and focusing on quality has been one of the main objectives of the ENTRAIN project: building on existing experiences and collecting available knowledge to foster the diffusion of RES DH plants operating on quality standards and thus assuring economic and environmental sustainability.<\/td> | district heating, renewable energy, toolkit, training, energy planning<\/td> | Ambiente Italia \n \nItaly<\/td> | Chiara Lazzari \n \ninfo@ambienteitalia.it; \nchiara.lazzari@ambienteitalia.it <\/td>\n<\/tr>\n |
| FIRECE<\/td> | The FIRECE project - fi-compass support for energy efficiency and renewable energy financial instruments \n \nhttps:\/\/programme2014-20.interreg-central.eu\/Content.Node\/FIRECE.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2017-2020<\/td> | FIRECE project aimed at supporting the industry low carbon transition according to the Regional Energy Plans with the implementation of\u00a0Innovative financial instruments addressed to SMEs.<\/td> | industry, low carbon, energy planning, financial model, SME<\/td> | Chamber of Commerce, Industry, Craft and Agruculture of Venice, Rovigo Delta Lagunare \n \nItaly<\/td> | Patrizia Reddi \n \npatrizia.reddi@dl.camcom.it<\/td>\n<\/tr>\n |
| GeoPLASMA-CE<\/td> | Planning, Assessment and Management of Shallow Geothermal Energy in Central Europe \n \nhttps:\/\/programme2014-20.interreg-central.eu\/Content.Node\/GeoPLASMA-CE.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2016-2019<\/td> | GeoPLASMA-CE aimed to foster the share of shallow geothermal use in heating and cooling strategies in central Europe. The project created a web-based interface between geoscientific experts and public as well as private stakeholders to make the existing know-how about resources and risks associated to geothermal use accessible for territorial energy planning and management strategies in Central Europe.<\/td> | geothermal energy, heating-cooling, strategy, web platform, energy planning, ICT tool<\/td> | Geological Survey of Austria \n \nAustria<\/td> | kontakt@geosphere.at<\/td>\n<\/tr>\n |
| PROSPECT2030<\/td> | PROmoting\u00a0regional Sustainable Policies on Energy and Climate change mitigation Towards\u00a02030 \n \nhttps:\/\/programme2014-20.interreg-central.eu\/Content.Node\/PROSPECT2030.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2019-2021<\/td> | PROSPECT2030 project focused on good governance as the key driver to unlock the energy transition towards a low-carbon economy. Seven regions across Europe were involved in the consortium: Eco Energyland (AT), Friuli Venezia Giulia (IT), Mazovia (PL), Piemonte (IT), Split-Dalmatia (HR), Saxony-Anhalt (DE), Southern Great Plain (HU), with the aim to promote a better use of public funds dedicated to low-carbon measures while drafting energy action plans in order to shape the energy transition in their regions.\u00a0<\/td> | governance, energy planning, financial model, action plan<\/td> | Piemonte Region \n \nItaly<\/td> | Silvio de Nigris \n \nsilvio.denigris@regione.piemonte.it<\/td>\n<\/tr>\n |
| STORE4HUC<\/td> | https:\/\/programme2014-20.interreg-central.eu\/Content.Node\/Store4HUC.html<\/a><\/td> | INTERREG Central Europe 2014-2020<\/td> | 2019-2022<\/td> | The\u00a0STORE4HUC\u00a0project aimed to improve territorial low-carbon energy planning strategies. It enriched policies that support climate mitigation in historic urban centers by developing\u00a0policy recommendations\u00a0for implementation and sharing lessons learned in\u00a0our four pilot sites. There, we realized storage solutions in historic urban areas and experienced and overcame difficulties firsthand. We also developed\u00a0energy management tools\u00a0for various stakeholders to help them make decisions about investing in an energy storage solution.<\/td> | low-carbon, energy planning, urban planning, strategy, policy, historic, energy storage<\/td> | Development Agency Sinergija \n \nSlovenia<\/td> | sinergija@ra-sinergija.si<\/td>\n<\/tr>\n |
| H2CE<\/td> | Empowering H2-ready regions in Central Europe \n \nhttps:\/\/www.interreg-central.eu\/projects\/h2ce\/<\/a><\/td> | INTERREG Central Europe 2021-2027<\/td> | 2023-2026<\/td> | Transitioning to green energy is key to tackling climate change and creating sustainable economies. Green hydrogen holds significant promise but accounts for less than 2 percent of Europe\u2019s current energy consumption. The H2CE project helps regions in central Europe to boost the integration of hydrogen in their local and regional energy planning. The project develops and tests new planning tools for public authorities and creates a network of hydrogen-ready regions for good practice exchanges.<\/td> | hydrogen, energy planning, best practices, toolkit<\/td> | Joint Spatial Planning Department Berlin-Brandenburg \n \nGermany<\/td> | Pedro Brosei \n \npedro.brosei@gl.berlin-brandenburg.de<\/td>\n<\/tr>\n |
| 3SMART<\/td> | Smart Building - Smart Grid - Smart City \n \nhttps:\/\/dtp.interreg-danube.eu\/approved-projects\/3smart <\/a><\/td> | INTERREG Danube Transnational Programme 2014-2020<\/td> | 2017-2019<\/td> | \u00a0The main objective of the 3Smart project is to provide a technological and legislative setup for cross-spanning energy management of buildings, grids and major city infrastructures in the Danube Region. It will provide optimal economical value to energy-efficiency and renewable energy investment in the building and at the same time it will result in optimized costs on the grid side whereas grid and buildings will also interact through exchanging energy and prices data. This is expected to motivate installation of distributed storages in both buildings and grids for improving energy security in the Danube Region.<\/td> | 3D energy management system, energy planning, energy-efficiency, renewable energy, public buildings, grid<\/td> | University of Zagreb Faculty of Electrical Engineering and Computing \n \nCroatia<\/td> | Mario Vasak \n \nmario.vasak@fer.hr<\/td>\n<\/tr>\n |
| STRIDE<\/td> | Improved energy planning through the Integration of Smart Grid concepts in the Danube Region \n \nhttps:\/\/dtp.interreg-danube.eu\/approved-projects\/stride<\/a><\/td> | INTERREG Danube Transnational Programme 2014-2020<\/td> | 2020-2022<\/td> | The STRIDE project aims to provide through knowledge transfer and development of planning tools, a comprehensive support for regional\/local policy makers for the improvement of energy planning. Within the project carried out regional analyses, developed strategies, action plans and other tools (methodologies, guidebook, platform) will enable and accelerate the integration of smart grid concepts into regional and local policies. Furthermore, the Methodology for regional analysis, the Guidebook and the Platform will be designed in a way that allows the use and application throughout the entire Danube region and therefore the outcomes of the project will represent a high replication value.<\/td> | smart grid, energy planning, stategy, web platform<\/td> | Local Energy Agency Spodnje Podravje \n \nSlovenia<\/td> | Roman Kekec \n \nroman.kekec@lea-ptuj.si<\/td>\n<\/tr>\n |
| ESINERGY<\/td> | Empowerment of the stakeholders in the implementation of the Directive on the promotion of the use of energy from renewable sources in term of energy storages and energy networks stability \n \nhttps:\/\/interreg-danube.eu\/projects\/esinergy <\/a><\/td> | Interreg Danube Region Programme 2021-2027<\/td> | 2024-2026<\/td> | ESINERGY helps to solve one of the key issues in modern energy technology, this is to manage the imbalance between the generated power and the load into the electrical network, which is not adequate for the forthcoming needs such as rising consumption, energy demand etc. This challenge affects in particular energy providers, grid operators, all energy prosumers e.g. municipalities, companies, farms, households and indirectly regional and national public authorities that should deal with it on the structural and systematic way within the planning potentials. In fact, they are affected to such an extent that the connection of further (larger) PV-systems (energy production systems) is not possible in some areas because the grid already operates at its limit.\u00a0<\/td> | energy planning, grid, energy storage, solar energy<\/td> | Development Agency Sinergija and Local Energy Agency Pomurje \n \nSlovenia<\/td> | Katja Karba \n \nkatja@lea-pomurje.si<\/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 \/ Energy Planning<\/span> |