The Emerging Endgame: The EU ETS on the Road Towards Climate Neutrality - figure raw data

This file contains the data from all figures shown in the paper "The Emerging Endgame: The EU ETS on the Road Towards Climate Neutrality". They are all based on results from the model LIMES-EU, whose documentation (for this specific paper version) is available at: https://www.pik-potsdam.de/en/institute/departments/transformation-pathways/models/limes/documentation-of-limes-202411_vf-1.pdfEach sheet of this file relates to a specific figure, except for the last one ("Sensitivity"), which shows EUA prices and invalidations reported in Section B.3, specifically in Figures B2, B3, and Tables B1, B2. Most tables in this file present information for a specific scenario(s), whose assumptions are described in the table columns. scenario_ETS refers to the EU ETS ambition and design, namely the Reference and Reform scenarios. These determine the cap and the MSR configuration; scenario_fam refers to the scenario family, that is, the parameter whose value was varied for the sensitivity analysis, e.g., fuel prices and MSR thresholds. Within the different scenario families, specific scenarios can be identified through the scenario name:*dr-X: scenarios assuming a discount rate equal to X*noX: scenarios assuming the unavailability of specific set of technologies X, namely CCS, CDR, BECCS, DACCS, and FossilCCS *coal-X_gas-Y: scenarios where coal prices are multiplied by X and gas prices by Y, compared to the default scenarios*CoCRES2050-X: CAPEX of PV and wind energy in 2050 is multiplied by a factor of X, compared to default scenarios. Factor values between 2020 and 2050 are interpolated between 1 and the factor X *noTransExp: scenarios with no transmission expansion beyond 2020 levels*ElDem2050-X: Electricity demand in 2050 is multiplied by a factor of X,  compared to default scenarios. Factor values between 2020 and 2050 are interpolated between 1 and the factor X *PEbio-X: scenarios where biomass available for the power sector as of 2025 is multiplied by a factor of X/100*LRFPost2030-X: scenarios, where the linear reduction factor (LRF) after 2030 equals X/100. This factor determines the EU ETS cap. These scenarios were only explored under the Reform configuration*IntakeRatePost2030-X: scenarios where the MSR intake rate after 2030 equals X. These scenarios were only explored under the Reform configuration*LowThrPost2030-X_UpThrPost2030-Y: scenarios where the MSR lower threshold after 2030 equals X million EUA and the upper threshold Y million EUA. These scenarios were only explored under the Reform configuration*OuttakeVolPost2030-X: scenarios where the MSR outtake volume after 2030 equals X million EUA. These scenarios were only explored under the Reform configuration