DOI: 10.6084/m9.figshare.24037779.v2
title: <b>Assessing the feasibility of a nuclear-free green energy transition in Europe</b>

description: <b>SI Dataset S1 (Country Level Dataset</b><b>)</b><b>: </b>To obtain results on the energy market, energy sovereignty and electricity prices, follow the below Stata command line to reproduce the results and replace the variable DEP_VAR_1 by Perc_Renew_Elec, Perc_Gas_Elec, Perc_Coal<i>_</i><i>Elec</i><i>,</i><i> </i><i>Perc</i><i>_</i><i></i><i>Oil</i><i>_</i><i></i><i>Elec</i><i>,</i><i> </i><i>Gas</i><i>_</i><i></i><i>Import</i><i>,</i><i> </i><i>Elec_Capacity_Factor</i>, Elec_Hous_Price, Elec_Ind_Price. To obtain results on carbon emission from different energy sources for electricity production, follow the below Stata command line to reproduce the results, and replace the variable DEP_VAR_2 by Change_Co2_Gas, Change_T otal_Elec_Pollution, Change_Co2_Coal, or Change_Co2_Oil.<br><br>eventstudyinteract DEP_VAR_1 g_m4 g_m3 g_m2 g_0 g_1 g_2 g_3, cohort(Year_Event) control_cohort(never_treat) covariates(Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Elec_Hous_Price_L1 Elec_Ind_Price_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1) absorb(Country_ID_encode Year) vce(cluster Country_ID_encode)eventstudyinteract DEP_VAR_2 g_m4 g_m3 g_m2 g_0 g_1 g_2 g_3, cohort(Year_Event) control_cohort(never_treat) covariates(Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN46<br>Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Change_Co2_Coal_L1 Change_Co2_Gas_L1 Change_Co2_Oil_L1 Change_Total_Elec_Pollution_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1) absorb(Country_ID_encode Year) vce(cluster Country_ID_encode)reghdfe DEP_VAR_1 InvNS Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Elec_Hous_Price_L1 Elec_Ind_Price_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1, absorb(Country_ID_encode Year) vce(cluster Country_ID_encode)reghdfe DEP_VAR_2 InvNS Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Change_Co2_Coal_L1 Change_Co2_Gas_L1 Change_Co2_Oil_L1 Change_Total_Elec_Pollution_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1, absorb(Country_ID_encode Year) vce(cluster Country_ID_encode)ivreghdfe DEP_VAR_1 (InvNS=Num_Reactors_Closed) Share_Green_Seats Gdp_LN<br>Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Elec_Hous_Price_L1 Elec_Ind_Price_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1, absorb(Country_ID_encode Year) vce(cluster Country_ID_encode)<br>ivreghdfe DEP_VAR_2 (InvNS=Num_Reactors_Closed) Share_Green_Seats Gdp_LN Gdp_Growth_Rate<br>Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Change_Co2_Coal_L1 Change_Co2_Gas_L1 Change_Co2_Oil_L1 Change_Total_Elec_Pollution_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1, absorb(Country_ID_encode Year) vce(cluster Country_ID_encode)<br><b>SI Dataset S2 (Firm Carbon Intensity Dataset</b><b>)</b><b>: </b>Follow the below Stata command line to reproduce the results, and replace the variable DEP_VAR with Direct_GHG_Emission or Indirect_GHG_Emission.eventstudyinteract DEP_VAR g_m4 g_m3 g_m2 g_0 g_1 g_2 g_3, cohort(Year_Event) control_cohort(never_treat) covariates(Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1 Size_L1 Ptbi_L1 Leverage_L1 Firm_Age_LN_L1) absorb(Firm_ID Industry_Year_encode) vce(cluster Firm_ID)reghdfe DEP_VAR InvNS Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1 Size_L1 Ptbi_L1 Ptbi_Vol_L1 Leverage_L1 Firm_Age_LN_L1, absorb(Firm_ID Industry_Year_encode) vce(cluster Firm_ID)<b>SI Dataset S3 (Firm Environmental Dataset</b><b>)</b><b>: </b>Follow the below Stata command line to reproduce the results, and replace the variable DEP_VAR with one among EWE, EWE_Emission, and EWE_Ressource.<br>eventstudyinteract DEP_VAR g_m4 g_m3 g_m2 g_0 g_1 g_2 g_3, cohort(Year_Event) control_cohort(never_treat) covariates(Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1 Size_L1 Ptbi_L1 Ptbi_Vol_L1 Leverage_L1 Firm_Age_LN_L1) absorb(Firm_ID_encode Industry_Year_encode) vce(cluster Firm_ID_encode)reghdfe DEP_VAR InvNS Share_Green_Seats Gdp_LN Gdp_Growth_Rate Energy_Consump_LN Elec_Consump_LN Perc_Nuclear_Elec_L1 Perc_Gas_Elec_L1 Perc_Oil_Elec_L1 Perc_Coal_Elec_L1 Perc_Hydro_Elec_L1 Perc_Solar_Elec_L1 Perc_Wind_Elec_L1 Household_Gas_Price_L1 Industrial_Gas_Price_L1 Gas_Import_L1 Elec_Capacity_Factor_L1 Size_L1 Ptbi_L1 Ptbi_Vol_L1 Leverage_L1 Firm_Age_LN_L1, absorb(Firm_ID_encode Industry_Year_encode) vce(cluster Firm_ID_encode)<br>