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SRI Demo – Demonstration of intelligent building technologies and support of the Austrian SRI test phase
© AEE INTEC, Armin Knotzer

SRI Demo – Demonstration of intelligent building technologies and support of the Austrian SRI test phase

The project supports the analysis and introduction of the Smart Readiness Indicator (SRI) in Austria using demonstration buildings and provides scientific support for the Austrian test phase.

Machbarkeitsstudie Lumenion – Stahlspeicher als flexible Möglichkeit, erneuerbaren Dampf zur Nutzung in einer Brauerei zu erzeugen
© Lumenion GmbH, Herbert Piereder

Machbarkeitsstudie Lumenion – Stahlspeicher als flexible Möglichkeit, erneuerbaren Dampf zur Nutzung in einer Brauerei zu erzeugen

Wie kann der gesamte Energiebedarf einer Brauerei, das heißt neben Strom und Warmwasser auch Dampf, erneuerbar und möglichst flexibel bezogen werden?

IS2H4C – Hubs for circularity applying industrial symbiosis and cooperative approach to heavy industrialized clusters and surrounding ecosystems
© University of Twente, Devrim Yazan

IS2H4C – Hubs for circularity applying industrial symbiosis and cooperative approach to heavy industrialized clusters and surrounding ecosystems

In the project the focus lies on technology development and demonstration for CO2 emission reduction and recycling in four European industrial hubs. AEE INTEC is focussing on membrane distillation for the recovery of valuable substances from industrial wastewater.

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

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
© iStockFoto Fokusiert

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
© AEE INTEC

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
© WIP GmbH & Co Planungs-KG

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
© AEE INTEC, Cornelia Ninaus

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
© Adobe Stock

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
© AIT

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.