Merge branch 'master' into multi-topo

docs/manual/source/usage/inputs.rst

@@ -385,7 +385,8 @@ the user if there are any errors in it.
             # u_nom is the nominal voltage in the PDR Bus (in kV)
             # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
             u_nom =
-            # s_nom is the nominal apparent power of the generator unit (in MVA)
+            # s_nom is the nominal apparent power of all generating units (in MVA)
+            # This is the value that will be used for the base conversion in the PDR bus active/reactive power
             s_nom =
             # q_max is the maximum reactive power of the generator unit (in MVar)
             q_max =

docs/tutorial/3_preparing_inputs.md

@@ -144,7 +144,8 @@ Dynawo
   # u_nom is the nominal voltage in the PDR Bus (in kV)
   # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
   u_nom = 225
-  # s_nom is the nominal apparent power of the generator unit (in MVA)
+  # s_nom is the nominal apparent power of all generating units (in MVA)
+  # This is the value that will be used for the base conversion in the PDR bus active/reactive power
   s_nom = 100
   # q_max is the maximum reactive power of the generator unit (in MVar)
   q_max = 40
@@ -663,7 +664,8 @@ p_max =
 # u_nom is the nominal voltage in the PDR Bus (in kV)
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom =
-# s_nom is the nominal apparent power of the generator unit (in MVA)
+# s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom =
 # q_max is the maximum reactive power of the generator unit (in MVar)
 q_max =

examples/Model/BESS/WECC/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/BESS/WECC/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/BESS/WECC/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/BESS/WECC/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCCurrentSource/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCCurrentSource/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCCurrentSource/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCCurrentSource/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceA/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceA/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceA/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceA/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceB/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceB/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceB/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Photovoltaics/WECCVoltageSourceB/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2015/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2015/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2015/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2015/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020WithProtections/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020WithProtections/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020WithProtections/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECA2020WithProtections/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2015/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2015/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2015/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2015/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020WithProtections/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020WithProtections/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020WithProtections/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/IECB2020WithProtections/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/WECCA/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/WECCA/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/WECCA/ProducerCurves/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/WECCA/ProducerCurves/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/WECCB/Dynawo/Zone1/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40

examples/Model/Wind/WECCB/Dynawo/Zone3/Producer.ini

@@ -4,6 +4,7 @@ p_max = 75
 # Allowed values: 400, 225, 150, 90, 63 (land) and 132, 66 (offshore)
 u_nom = 225
 # s_nom is the nominal apparent power of all generating units (in MVA)
+# This is the value that will be used for the base conversion in the PDR bus active/reactive power
 s_nom = 100
 # q_max is the maximum reactive power of all generating units (in MVar)
 q_max = 40