INGE – Intelligente Kreuzung im Spannungsfeld Energieeffizienz und Verkehrssicherheit

Partners: TU Wien, Swarco Futurit, Energy Changes, Nast consulting Project duration: From:  05/2016 Until: 04/2018 The main infrastructural parts of urban intersections are road marks, traffic lights and lighting.Signaling – with the exception of metal signs – is always realized as intelligent systems. In case of lighting systems a trend for… Details

SONDER – Proposal in the ERA-NET Smart Energy Systems

Project duration: From date: 01.04.2019 To date: 31.03.2022 Local and regional energy systems are expected to become important partners for distribution system operators, and significant contributors to energy system stability. There are no control strategies for communities to manage distributed energy resources, help optimizing local efficiency, pool, orchestrate, and command… Details

SAVE – Self-monitoring based process Adaptation for quality assurance in heterogeneous VErsatile manufacturing

Partners: TU Wien, Institute for Computer Technology (ICT), nxtControl GmbH (NXT), Anstalt für Verbrennungskraftmaschinen List (AVL) Volume: 902.374 EUR Project Begin: 1.3.2018 Project End: 30.9.2020 In the context of Industry 4.0, constantly evolving production systems generate the need for a highly adaptive and autonomous automation system with lean maintenance, minimum downtime, maximum reliability,… Details

Safe Wien

Project start: 1.11.2017 End of the project: 31.12.2019 Lead manager: Mission Embedded GmbH Promotion: WAW (Vienna Business Agency) Funding program: Call Pro Industry 2017 Project title: SafeWIEN – Safe WIrelesse Enhanced Nodes The SafeWIEN – Safe Wireless Enhanced Node project aims to develop a platform concept for a “Safe Wireless… Details


IRON optimize price and resource information

In this project, the dynamic optimization of the resource “Electric Energy” in  an automated distributed grid Austria is explored. Details

NTP SG Austria

NTP SG Austria – National Technology Plattform Smart Grids

There are many existing opportunities for the Austrian industry in the area of Smart Grids (e.g. for component development, software systems, steering tools). To use these opportunities, a “National Technology Platform – Smart Grids Austria” was founded in May 2008 through national industry, network operators, and research stakeholders. The “National… Details

News-based simulation of electrical load flows

In this project, the focus is on the implementation of a message-based load flow analysis method based on a forward / backward step method. Details

Solar Cooling Opt

Solar Cooling Opt – Primary energy optimization of solar cooling systems with efficient system engineering and innovative control strategies

Solar thermal cooling devices are only useful when they need significantly less electrical (auxiliary) energy than conventional compression chillers. Unfortunately, this is not the case in most systems that are already designed. Therefore, the aim of this project is to reduce the primary energy consumption of solar thermal cooling systems… Details

Vehicle to Grid

V2G – Creation of a conversion plan for vehicle to grid interface development

The project will develop concepts for interaction portals (visualization and user interface) for electric automotive customers in the Smart Grids model region of Salzburg, evaluate requirements  and provide a cost/benefit analysis of a future vehicle to grid implementation in the form of a feasibility study. A plan for the implementation… Details

Ausgleich des Energieverbrauchs mit Gebäuden

BED – Balancing Energy Demands with Buildings

This project addresses the prime question regarding to what extend the load profiles can be smoothed (peak shaving) and controlled by means of new control strategies in the thermal and thus the electrical operation of functional buildings. Details