diff --git a/edisgo/network/topology.py b/edisgo/network/topology.py
index bd40e34fe..e94ad9966 100755
--- a/edisgo/network/topology.py
+++ b/edisgo/network/topology.py
@@ -2369,6 +2369,42 @@ def connect_to_lv_based_on_geolocation(
         `max_distance_from_target_bus`. Otherwise, the new component is directly
         connected to the nearest bus.
 
+        * Method:
+            * Voltage level 6:
+                If the voltage level is 6, the component is connected to the closest
+                MV/LV substation or MV bus, depending whether MV connection is allowed
+                or not. Therefore, the distance to the substations and MV buses is
+                calculated and the closest one is chosen as target bus.
+                If the distance is greater than the specified maximum distance, a new
+                bus is created for the component.
+
+            * Voltage level 7:
+                If the voltage level is 7, the component is connected to the closest
+                LV bus.
+
+                * No MV connection allowed:
+                    If the distance to the closest LV bus is less than the specified
+                    maximum distance, the component is connected to the closest LV bus.
+                    If the distance is greater, a new bus is created for the component.
+                    If there are already components of the same type connected to the
+                    target bus, the component is connected to the closest LV bus with
+                    fewer connected components of the same type within the maximum
+                    distance. If no such bus is found, the component is connected to
+                    the closest LV bus again. If all buses within the allowed distance
+                    have equal or more components of the same type connected to them
+                    than allowed, the component is connected to a new LV bus.
+
+                * MV connection allowed:
+                    If the distance to the closest LV bus is less than the specified
+                    maximum distance, the component is connected to the closest LV bus.
+                    If the distance is greater, the distance to the closest MV bus is
+                    calculated. If the distance to the closest MV bus multiplied with
+                    the factor is less than the distance to the closest LV bus, the
+                    component is connected to the closest MV bus. The is no restriction
+                    on the number of components of the same type connected to
+                    the MV bus. If the distance is greater, the component
+                    is connected to a new LV bus.
+
         Parameters
         ----------
         edisgo_object : :class:`~.EDisGo`
@@ -2414,40 +2450,6 @@ def connect_to_lv_based_on_geolocation(
             :attr:`~.network.topology.Topology.loads_df` or
             :attr:`~.network.topology.Topology.storage_units_df`, depending on component
             type.
-
-        Method
-        ------
-        1. Extract and validate voltage level
-        - Voltage level 6:
-            If the voltage level is 6, the component is connected to the closest
-            MV/LV substation or MV bus. Therefore, the distance to the substations
-            and MV buses is calculated and the closest one is chosen as target bus.
-            If the distance is greater than the specified maximum distance, a new
-            bus is created for the component.
-        - Voltage level 7:
-            If the voltage level is 7, the component is connected to the closest
-            LV bus.
-            - No MV connection allowed:
-                If the distance to the closest LV bus is less than the specified
-                maximum distance, the component is connected to the closest LV bus.
-                If the distance is greater, a new bus is created for the component.
-                If there are already components of the same type connected to the
-                target bus, the component is connected to the closest LV bus with
-                fewer connected components of the same type within the maximum
-                distance. If no such bus is found, the component is connected to
-                the closest LV bus again. If all buses within the allowed distance
-                have equal or more components of the same type connected to them
-                than allowed, the component is connected to a new LV bus.
-            - MV connection:
-                If the distance to the closest LV bus is less than the specified
-                maximum distance, the component is connected to the closest LV bus.
-                If the distance is greater, the distance to the closest MV bus is
-                calculated. If the distance to the closest MV bus multiplied with
-                the factor is less than the distance to the closest LV bus, the
-                component is connected to the closest MV bus. The is no restriction
-                on the number of components of the same type connected to
-                the MV bus. If the distance is greater, the component
-                is connected to a new LV bus.
         """
 
         def validate_voltage_level(voltage_level):