The “Energiespenden 2.0” project takes the impact of electricity donations to a new level through technological and social innovations, with the aim of combating energy poverty in Austria in the long term and significantly improving the utilisation rate of donated energy.
moreProjekte
FOCUS:LFM – From Open Coexistence to Unified Systems for Local Flexibility Management
FOCUS:LFM designs, demonstrates, and deploys an open-source flexibility management framework in Austria.
moreQODEC – Quality requirements for data exchange relating to energy communities
From manual effort to automated transparency: This exploratory study examines the system adaptations required for seamless data exchange within the Austrian energy system.
moreESTRAL – Ecological and safe transport systems through digitization of the law
ESTRAL develops recommendations for the creation of digital legislation in road transport based on representative use cases for the purpose of increasing the safety, efficiency and sustainability of the transport system as well as the presentation of the resulting benefits.
moreAutarkity – Self-Sufficiency in Energy Communities: Expectations, Feasibility, and Obstacles
The project examines how innovative technologies can increase energy communities’ degree of self-sufficiency and whether users are actually willing to pay for it.
moreRENvolveIT – Regional Energy Networking: cross-sectional involvement through a modular interactive toolbox
The RENvolveIT project strengthens citizen participation in renewable energy communities (RECs) across Europe. The project is developing a modular platform to support households, municipalities, and SMEs in planning and operating RECs. The platform provides tools for networking, project consulting, participation management, and energy planning that address regional requirements. By combining social sciences, energy economics, computer science, and engineering, RENvolveIT promotes inclusivity and interoperability in various European contexts. The project aims to advance the energy transition through participatory approaches and support the European Green Deal’s vision.
moreSTARS – Black start algorithms through resilient satellite communication
Restoring the power grid after a blackout using modern satellite communication based on satellites close to the earth.
morecells4.energy – Regional energy cells as multi-energy real-world laboratories for rapid system transition
Development of a scalable and easily transferable energy cell concept that covers entire value chains – from generation and storage to transport and use of energy.
moreOptiChargE – Optimised and automated charging management for battery electric bus fleets
The OptiChargE project is developing a data-driven optimisation of a charging management solution for battery-electric bus fleets.
moreCE-PASS (Circular Economy – Digital Product Passport)
CE-PASS is an Austrian industrial research project addressing the issue of sustainability-aware automotive design for the Circular Economy.
moreEASY – Energy-efficient analysis and control processes in the dynamic edge-cloud continuum for industrial manufacturing
EASY is researching the application of federated learning to industrial manufacturing processes. This allows for the cost- and energy-efficient use of distributed computing capacities in the edge-cloud continuum. To this end, we are developing a scalable, open-source runtime environment that allows for the dynamic distribution and execution of services described according to industry standards. Salzburg Research is contributing to the analysis and prediction of connection quality between edge and cloud nodes, as well as to the detection of anomalies in industrial communication networks. These contributions will enable the dynamic placement of services in the ideal location. These contributions are being integrated into the runtime environment, and their application is being demonstrated in a laboratory prototype.
moreDIEGO – Digital Energy Path for Planning and Operation of Sustainable Grid, Products and Society
Energy management and balancing of industrial processes, residential prosumers and e-mobility charging through real-time data exchange and control.
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Certified EN ISO 9001