Scope of the project is the assessment and cartographic representation of all renewable energy potentials available in Austria for the application areas electricity, heating & cooling, and fuels as well as the use of renewable gases and liquid renewables in industry for the target years 2030 and 2040.
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.
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.
The goal of the project "SOL-E" is the pioneer development of a solidary energy community in the city of Graz.
The project "Energy WITH Spirit" aims to address the challenges of the energy crisis by engaging vulnerable populations in the energy transition.
IPEnergy bundles expert know-how for the internationalization of alternative energy projects. For this purpose, good practice methods are developed collaboratively and made available as software applications to support SMEs.
Through the structured collection and processing of findings from past renovation projects in Europe, the potential of industrial refurbishment will be highlighted. The results will then be made accessible to the user and owner respectively in an attractive and comprehensible way via an online platform in order to speed up renovation with regard to the European building stock.
In the Digital Twin project, a real-time building simulation based on the simulation tool IDA ICE was developed and tested in the laboratory and in a real building.
Since 2009, AEE INTEC has implemented the project SOLTRAIN, a solar thermal training and demonstration initiative in Southern Africa. Within the project Soltrain+ the focus of the trainings and demo projects is expanded in terms of energy efficiency and energy audits, hybrid technology systems with the integration of heat pumps as well as the extension of the application areas to industry and commerce.
In the project SolSorpDry, the development of a mobile and fossil-free sorption drying plant is being promoted together with the partner BEST (Bioenergy and Sustainable Technologies GmbH).