A Social, Technological and Economic Evaluation of Austria's Renewable Electricity Transformation 2030 (START2030)

START2030 aims at providing comprehensive analyses of the economic incidence and social impacts of a transition to a 100 percent renewable electricity system by 2030. Policy scenarios will be analysed to depict the broad range of effects of this transformation. The analysis will deliver insights on the emission impact as well as on the macroeconomic and distributional effects of the transformation. Policy recommendations on how to mitigate detrimental effects on vulnerable groups will be derived.

Article in Peer-reviewed Journal
01.01.2024
Article in Peer-reviewed Journal
25.08.2023
Article in Peer-reviewed Journal
25.02.2023
  • Robert Gaugl (Graz University of Technology, Institute of Electricity Economics and Energy Innovation)
  • Mark Sommer
  • Claudia Kettner (WIFO)
  • Udo Bachhiesl
  • Thomas Florian Klatzer
  • Lia Gruber (Graz University of Technology, Institute of Electricity Economics and Energy Innovation)
  • Michael Böheim (WIFO)
  • Kurt Kratena
  • Sonja Wogrin (Graz University of Technology, Institute of Electricity Economics and Energy Innovation)
WIFO Working Papers
13.01.2023
WIFO Working Papers
13.01.2023
WIFO Working Papers
13.01.2023
Insights from an Integrated Model Analysis
Article in Peer-reviewed Journal
01.01.2024
Article in Peer-reviewed Journal
25.08.2023
Article in Peer-reviewed Journal
25.02.2023
  • Robert Gaugl (Graz University of Technology, Institute of Electricity Economics and Energy Innovation)
  • Mark Sommer
  • Claudia Kettner (WIFO)
  • Udo Bachhiesl
  • Thomas Florian Klatzer
  • Lia Gruber (Graz University of Technology, Institute of Electricity Economics and Energy Innovation)
  • Michael Böheim (WIFO)
  • Kurt Kratena
  • Sonja Wogrin (Graz University of Technology, Institute of Electricity Economics and Energy Innovation)
WIFO Working Papers
13.01.2023
WIFO Working Papers
13.01.2023
WIFO Working Papers
13.01.2023
Insights from an Integrated Model Analysis