All Projects

S-GeoHeat – Shallow-Geothermal sourced Low-Temperature District Heating

As part of the ERA-Net SES project “S-GeoHeat”, AEE INTEC is designing a low-temperature district heating network for the cities of Havza and Ladik in Turkey by integrating geothermal energy and industrial waste heat.

Fossil Phase Out – Strategic Planning of heating networks in a holistic way

Within the “Fossil Phase Out” project, a guideline is being developed to provide municipalities, cities, and regions, particularly climate and energy model regions, with instructions for a systematic expansion and decarbonization of district heating networks.

Fossilfree4Industry – Phase out of fossil gas for the industry

The flagship project uses five large-scale, prototype model solutions and concrete implementations to test the phase-out of fossil fuels for industry

SUPPORT DHC – Supporting a fast implementation of low-grade renewable energy and waste heat for district heating and cooling

The overall objective of the SUPPORT DHC project is to support a fast implementation of low-grade renewable energy and waste heat for district heating and cooling in Europe.

CircCon – Circular construction – Refurbishment of the building stock in line with EU taxonomy

As part of the research project, standardized processes for EU taxonomy-compliant renovations of the Austrian building stock are being developed based on five reference projects.

NextGES – Next Generation Energy Services for Intelligent Buildings and Energy Systems

In the NextGES project, energy services “Monitoring & Visualization”, “Automatic Fault Diagnosis” and “Model Predictive Control” are planned to be developed by using physical and machine learning methods under the user-centred design.

Study on Renewable Energy Potentials in Austria for 2030 and 2040

The study provides a nationwide, methodologically consistent assessment of technical and realisable renewable energy potentials in Austria for 2030 and 2040 with spatial differentiation.

TESconcrete – Innovative materials for large-scale energy storage systems

Within the project “TESconcrete”, innovative high-performance concrete formulations are being developed for the use in new types of multifunctional precast elements. The elements are designed to take over sealing, thermal insulation and load-bearing functions. They are being optimized with regard to the use in large-scale thermal energy storage systems.

SENSE – Semantics-based Explanation of Cyber-physical Systems

A method for explaining events in complex technical systems is to be developed. Such explanations could improve their transparency, contribute to increased efficiency and user-friendliness, and have an impact on environmental sustainability.

SOL-E – Development and implementation of a solidary energy community

The goal of the project “SOL-E” is the pioneer development of a solidary energy community in the city of Graz.