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Renewable energies
T45 scenarios
The calculations for the T45 scenarios have started. With our models, which have been improved once again, we are investigating how Germany can become greenhouse gas neutral by 2045, taking into account current political goals.
The following scenarios are presented here.
- T45-Electricity
- T45-H2
- T45-PtG/PtL
- T45-RedEff
- T45-RedGas
Onshore wind energy
Offshore wind energy
Wind energy offshore floating
PV (ground-mounted)
PV (rooftop)
CSP
Reports and webinars
Webinars (in German)
Thank you for your interest ! More than 350 participants took part in the webinar on the energy supply! In our Q&A channel we answered 71 questions and thank you for your very active participation!
Thank you for your interest ! More than 750 participants took part in the webinar overview via stream and online conference! In our Q&A channel we answered 73 questions and thank you for your very active participation!
The team
The model
Das Modell
The coverage of energy demand is calculated using the Enertile RenewablePotentialCalculator 2.0 model.
RenewablePotentialCalculator 2.0
TN scenarios
The TN scenarios were calculated in 2021. We examine different paths for Germany with the goal of becoming greenhouse gas neutral by 2050. Even though the targets have become more ambitious in the meantime, many insights can be gained from comparing the total of 9 scenarios calculated in high resolution. A special feature of this study is the integrated consideration of electricity and gas grids, as well as the full European resolution on the supply side.
We hope you enjoy exploring these paths!
We calculate the renewable energy potentials in this project with our model RenewablePotentialCalculator 2.0 in high temporal and spatial resolution. The documentation and results can be viewed here.
Onshore wind energy
Report (translation available soon)
Offshore wind energy
PV (ground-mounted)
PV (rooftop)
CSP
Reports and webinars
Reports
The team
The model
Das Modell
The coverage of energy demand is calculated using the Enertile RenewablePotentialCalculator 2.0 model.
RenewablePotentialCalculator 2.0
Note: Due to the respective focus of certain scenarios and further methodological developments, different data sets for the renewable energy potentials were generated in the scenarios in some cases. The data sets used are documented here. The superimposed IDs allow unique identification within our model system.
