Eva Rosenberg
Biographic Data
| ID | 6902708 |
|---|---|
| NAME | Eva Rosenberg |
| GIVEN NAMES | Eva |
| FAMILY NAME | Rosenberg |
| SIGNATURE | ROSENBERG E |
| AFFILIATIONS | Institute for Energy Technology |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 14 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2021 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 1 |
Modelling household barriers to retrofits and solar energy - Quantifying the hidden cost in the Norwegian energy transition
Long-term energy system models are widely used to support decision-making for policymakers and industry stakeholders. However, these models often assume households behave as techno-economic rational agents, which can lead to misleading insights for guiding the energy transition. This paper proposes a methodology on how household investment behaviour can be more accurately integrated into long-term energy system models, as well as analysing the va…
Identifying and analysing important model assumptions
Understanding the political feasibility of transition pathways is a key issue in energy transitions. Policy changes are a significant source of uncertainty in energy system optimisation modelling. Energy system models are nevertheless continuously being updated to reflect policy signals as realistically as possible. Using the concept of transition pathways as a starting point, this cross-disciplinary study combines energy system optimization mode…
A hybrid perspective on energy transition pathways
Hydrogen may play a significant part in sustainable energy transition. This paper discusses the sociotechnical interactions that are driving and hindering development of hydrogen value chains in Norway. The study is based on a combination of qualitative and quantitative methods. A multi-level perspective (MLP) is deployed to discuss how exogenous trends and uncertainties interact with processes and strategies in the national energy system, and ho…
A hybrid perspective on energy transition pathways
Hydrogen may play a significant part in sustainable energy transition. This paper discusses the sociotechnical interactions that are driving and hindering development of hydrogen value chains in Norway. The study is based on a combination of qualitative and quantitative methods. A multi-level perspective (MLP) is deployed to discuss how exogenous trends and uncertainties interact with processes and strategies in the national energy system, and ho…
A hybrid perspective on energy transition pathways
Hydrogen may play a significant part in sustainable energy transition. This paper discusses the sociotechnical interactions that are driving and hindering development of hydrogen value chains in Norway. The study is based on a combination of qualitative and quantitative methods. A multi-level perspective (MLP) is deployed to discuss how exogenous trends and uncertainties interact with processes and strategies in the national energy system, and ho…
Identifying and analysing important model assumptions
Understanding the political feasibility of transition pathways is a key issue in energy transitions. Policy changes are a significant source of uncertainty in energy system optimisation modelling. Energy system models are nevertheless continuously being updated to reflect policy signals as realistically as possible. Using the concept of transition pathways as a starting point, this cross-disciplinary study combines energy system optimization mode…
Modelling household barriers to retrofits and solar energy - Quantifying the hidden cost in the Norwegian energy transition
Long-term energy system models are widely used to support decision-making for policymakers and industry stakeholders. However, these models often assume households behave as techno-economic rational agents, which can lead to misleading insights for guiding the energy transition. This paper proposes a methodology on how household investment behaviour can be more accurately integrated into long-term energy system models, as well as analysing the va…
Energy transition (3 works) · Engineering (3 works) · Business (2 works) · Computer Science (2 works) · Economics (2 works) · Environmental economics (2 works) · Integrated Energy Systems Optimization (2 works) · Political science (2 works) · Renewable energy (2 works) · Risk analysis (engineering (2 works)