OREANIS - Optimierter Regionaler Energieausgleich in elektrischen Netzen durch intlligente Speicherung

OREANIS – Optimized regional energy balancing

The goal of OREANIS is to compensate for the regional fluctuations in the energy power supply from renewable sources by intelligently storing, controlling and optimizing energy demand and energy generation, therefore ensuring efficient regional balancing in electrical distribution networks. Details


GAVE – Municipality Großschönau as virtual Energy Storage

For the first time in Austria , GAVE analyzes the effectiveness and user acceptance of automated electrical load management in Austria. Private, public and commercial electricity customers in a municipality in Lower Austria are equipped with appropriate technology and participate in an experiment. The goal is to show that effective… Details

Building to Grid

B2G – Smart Grids Modell, Region: Salzburg – Building to Grid

The goal of this project is to close this gap and to clarify the limitations of the interaction between the smart buildings and smart grids. Details


REMPLI – Real-time Energy Management via Powerlines and Internet

The REMPLI system provides a real time collection and control system for the energy distribution and consumption, using power lines and Internet for communication Details


MyJEVIS – My Java Envidatec VISualization

In cooperation with the Envidatec GmbH the MyJEVis-System (Java Envidatec Visualization) was developed for collecting, visualizing and analyzing data of the energy consumption of shops or similar facilities Details


IRON – Integral Resource Optimization Network

IRON aims to improve the efficiency of the power grid by means of an integrated communication infrastructure that allows for coordinating and optimizing the consumption schedules in the network. Details

RASSA-Stakeholder Process

Das Projekt RASSA-Prozess bearbeitet die umfassende Konzeption eines Prozesses zur Entwicklung einer abgestimmten SmartGrids Referenzarchitektur für Österreich unter Einbeziehung aller relevanten Akteure. Details

(SG)² – Smart Grid Security Guidance

Begin of Project: 01.11.2012 End of Project: 30.06.2015 Smart Grid Security Guidance Future energy grids will make extensive use of the integration of ICT technologies. Thus, cyber security risks become a threat even for energy suppliers. Numerous security issues are completely unsolved today, because these special environments require novel security… Details


iniGrid revolutioniert die Energieverteilung bis zum Endnutzer durch innovative Sensorik und Aktorik für aktiv betriebene Verteilnetze. Details


Projekt „Architektur“ als Teil der Initiative “Referenzarchitektur für sichere Smart Grids in Österreich”