Daniel Schwabeneder
- Mag. Daniel Schwabeneder
- schwabeneder@eeg.tuwien.ac.at
- +43 1 58801 370375
- CF0439 (floor plan)
- Researcher
Daniel Schwabeneder is a researcher and PhD candidate at the Energy Economics Group at TU Wien. He received a M.Sc. degree in Mathematics from the University of Vienna. He joined the Energy Economics Group in October 2013 as a research associate and participates in international and national research projects.
His research interests in Energy Economics include the optimization of different flexibility options for the electricity system, including batteries, heat pumps, electric boilers, electric vehicles, demand response, pumped hydro storages and water reservoirs. Furthermore, he works on the analysis of business models for energy aggregators and develops software tools to model the operation of various flexibility options on day-ahead, intraday and balancing markets.
Milestones
- 10/2013—date
- Researcher and PhD candidate at the Energy Economics Group at TU Wien
- 10/2005—04/2013
- M.Sc. in Mathematics at the University of Vienna
Projects
2021—2024
- Car2Flex
Provision of System Flexibilities of e-Vehicles for different use of e-Mobility for various end user applications
2018—2022
- Thermaflex
Thermal demand and supply as flexible elements of future sustainable energy systems
2018—2022
- Flex+
Großflächiger Einsatz von Prosumer-Flexibilität an kurzfristigen Strommärkten unter Berücksichtigung von Prosumer-Interessen
2018—2021
- GEL OpenDataPlatform
Green Energy Lab Open Data Platform
2019—2020
- SektoKop Net
Sektorübergreifender und gekoppelter Betrieb von Strom-, Wärme- und Gasnetzen
2016—2019
- BestRES
Best practices and implementation of innovative business models for Renewable Energy aggregatorS
2015—2018
- SC_MIKROQUARTIERE
Energie- und lebensqualitätsoptimierte Planung und Nachverdichtung von Smart City – Quartieren
- 2016—2017
- HydroProfiles
Anforderungsprofile für die Wasserkraft in zukünftigen Energiemärkten
- 2014—2016
- hybrid-VPP4DSO
Aktive Steuerung von Verbrauchern und erneuerbarer Erzeugung im Verteilnetz
2013—2016
- OrPHEuS
Optimizing Hybrid Energy grids for smart citieS
