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GBV-DEKA – A sector-wide solution for the strategic decarbonization of non-profit housing stock through portfolio management
© AEE INTEC / Christoph Moser, KI generiert

GBV-DEKA – A sector-wide solution for the strategic decarbonization of non-profit housing stock through portfolio management

GBV-DEKA develops a method to decarbonize large housing portfolios by harmonizing data, closing data gaps, and planning renovations based on CO₂, cost, and social impacts.

TopHeAT-HU – Data-based assessment and reduction of heat stress in municipalities
© Energie Agentur Steiermark / AI

TopHeAT-HU – Data-based assessment and reduction of heat stress in municipalities

TopHeAT-HU supports municipalities in the Austrian-Hungarian border region in mapping heat stress and planning effective nature-based adaptation measures.

IK-EnErGie-Knoten: Interkommunaler Strom- und Wärmenetzverbund St.Ruprecht-Weiz-Gleisdorf
© Thomas Nacht/4ward Energy Research GmbH

IK-EnErGie-Knoten: Interkommunaler Strom- und Wärmenetzverbund St.Ruprecht-Weiz-Gleisdorf

IK-EnErGie-Knoten develops a sector-coupled energy hub that intelligently connects electricity, heat, infrastructure and new cooperation models for climate-neutral regions.

ScaleUp – Large-Scale Underground Tank Thermal Energy Storage as a Key Technology for Sustainable District Heating Systems
© Wien Energie GmbH, APA

ScaleUp – Large-Scale Underground Tank Thermal Energy Storage as a Key Technology for Sustainable District Heating Systems

Large-scale heat storage for secure energy supply: With ScaleUp, an innovative new storage system comes to Vienna for the first time – built underground, with the surface still usable, e.g., for green spaces.

KIDIWIE – AI-supported Data Innovation and Digital Twins for Spatial Energy Planning
© iSPACE plus / AI

KIDIWIE – AI-supported Data Innovation and Digital Twins for Spatial Energy Planning

KIDIWIE develops AI-supported methods and digital twins for spatial energy planning. The aim is to provide reliable data bases and innovative 3D visualisations for data-driven planning approaches.

DHFuture4MZ – Exploring the feasibility of a flexible and affordable heating transition in Mürzzuschlag
© AEE INTEC / Larissa Hamilton, created with AI

DHFuture4MZ – Exploring the feasibility of a flexible and affordable heating transition in Mürzzuschlag

DHFuture4MZ explores pathways toward flexible, affordable, and climate-neutral district heating in Mürzzuschlag based on local renewable energy sources.

Municipal Heat Planning and Building Renovation Roadmap for Gleisdorf
© AEE INTEC, AI generated

Municipal Heat Planning and Building Renovation Roadmap for Gleisdorf

The project develops a municipal heat plan and a renovation roadmap for public buildings in Gleisdorf, supporting a climate-neutral, affordable and resilient heat supply by 2040.

HEATbucket – Underground Heat Storage for Improving the CO2​ Balance and Decentralizing the Heat Supply in Urban Areas
© AEE INTEC, AI generated

HEATbucket – Underground Heat Storage for Improving the CO2​ Balance and Decentralizing the Heat Supply in Urban Areas

HEATbucket develops urban thermal storage systems to complement battery storage: efficient, decentralized, and climate-friendly. With the focus on feasibility, groundwater protection, and innovative construction and storage concepts.

Soltrain Buthan – Enhancing Solar Water Heating <br>in Bhutan
© AEE INTEC / Rudi Moschik, Image: Participants of practical training courses

Soltrain Buthan – Enhancing Solar Water Heating
in Bhutan

Promotion of Renewable Energy and Energy Efficient Technologies in the Building Sector.
Creation of sustainability by enhancing the skills and competencies of the users, beneficiaries, installers, and implementers.

CoSpatial Heat – Integrated heat and gas supply planning for the Gleisdorf region
© AEE INTEC - Abbildung: CoSpatial Heat Untersuchungsgebiet mit den verbundenen Gemeinden Pionierstadt Gleisdorf, Hofstätten an der Raab, Ludersdorf-Wilfersdorf und Albersdorf-Prebuch

CoSpatial Heat – Integrated heat and gas supply planning for the Gleisdorf region

CoSpatial Heat develops an integrated, geodata-based planning approach for the future heat and gas supply of the Gleisdorf region. GIS analyses, consumption data and stakeholder knowledge provide the basis for a strategic transition towards renewable heat systems.