@@ -1515,7 +1515,7 @@ def plot_elec_prices_spatial(
15151515 ax1 .coastlines (edgecolor = "black" , linewidth = 0.5 )
15161516 ax1 .set_facecolor ("white" )
15171517 ax1 .add_feature (cartopy .feature .OCEAN , color = "azure" )
1518- ax1 .set_title ("Durchschnittspreis, NEP Ausbau [$ EUR/MWh$ ]" , pad = 15 )
1518+ ax1 .set_title ("Durchschnittspreis, NEP Ausbau [EUR/MWh]" , pad = 15 )
15191519 img1 = (
15201520 df [df .index .str .contains ("DE" )]
15211521 .to_crs (display_projection .proj4_init )
@@ -1540,7 +1540,7 @@ def plot_elec_prices_spatial(
15401540 ax2 .coastlines (edgecolor = "black" , linewidth = 0.5 )
15411541 ax2 .set_facecolor ("white" )
15421542 ax2 .add_feature (cartopy .feature .OCEAN , color = "azure" )
1543- ax2 .set_title ("Regionale Preise, $PyPSA$-$DE$ Ausbau [$ EUR/MWh$ ]" , pad = 15 )
1543+ ax2 .set_title ("Regionale Preise, $PyPSA$-$DE$ Ausbau [EUR/MWh]" , pad = 15 )
15441544
15451545 img2 = (
15461546 df [df .index .str .contains ("DE" )]
@@ -1572,15 +1572,15 @@ def plot_elec_prices_spatial(
15721572 orientation = "horizontal" ,
15731573 ticklocation = "top" ,
15741574 )
1575- cbar1 .set_label ("Börsenstrompreis zzgl. durchschnittlichem Netzentgelt [$ EUR/MWh$ ]" )
1575+ cbar1 .set_label ("Börsenstrompreis zzgl. durchschnittlichem Netzentgelt [EUR/MWh]" )
15761576 cbar1 .set_ticklabels (np .linspace (vmax , vmin , 6 ).round (1 ))
15771577
15781578 cbar2 = fig .colorbar (
15791579 img2 .get_figure ().get_axes ()[0 ].collections [0 ],
15801580 cax = cax2 ,
15811581 orientation = "horizontal" ,
15821582 )
1583- cbar2 .set_label ("Durchschnittliche Preisreduktion für Endkunden [$ EUR/MWh$ ]" )
1583+ cbar2 .set_label ("Durchschnittliche Preisreduktion für Endkunden [EUR/MWh]" )
15841584 cbar2 .set_ticklabels (np .linspace (0 , vmax - vmin , 6 ).round (1 ))
15851585
15861586 plt .subplots_adjust (right = 0.75 , bottom = 0.22 )
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