Next steps:
[ ] create an output for snakefile (as a learning exercise), this can be e.g. to save the figure created by the script
[ ] add a CO2 constraint and check that modifying it changes the optimal ICE/EV ratio
[ ] add the efficiencies
[ ] add time series for transport demand
[ ] make transition path for [2020, 2025, 2030, 2035,2040,2045,2050] while updating the costs and reducing the CO2 limit so that the optimal ratio of EV/ICEs evolve
Next steps: [ ] create an output for snakefile (as a learning exercise), this can be e.g. to save the figure created by the script [ ] add a CO2 constraint and check that modifying it changes the optimal ICE/EV ratio [ ] add the efficiencies [ ] add time series for transport demand [ ] make transition path for [2020, 2025, 2030, 2035,2040,2045,2050] while updating the costs and reducing the CO2 limit so that the optimal ratio of EV/ICEs evolve