0.6.2 add .rst documentation

doc/protection/fuse.rst

@@ -0,0 +1,14 @@
+###################################################
+Fuse
+###################################################
+
+A fuse is a protection device frequently used in low-voltage networks. When exposed to a sufficiently high current, the fuse melts and an arc forms. As the fuse continues to melt, the arc distance increases until it eventually is extinguished, and no more current flows through the fuse.
+
+pandapower allows users to add fuses to networks and analyze their performance in short-circuit and power flow scenarios. It includes a standard library of fuses with rated currents ranging from 16A to 1000A.
+
+Fuses can be created using the Fuse class:
+
+.. autofunction:: pandapower.protection.protection_devices.fuse
+
+To run protection calculations, use the calculate_protection_times function:
+.. autofunction:: pandapower.protection.run_protection.calculate_protection_times

pandapower/protection/protection_devices/fuse.py

@@ -25,7 +25,7 @@ class Fuse(ProtectionDevice):
     OPTIONAL:
 
         **fuse_type** (str, "none") - string of the fuse type to be used. If it is in the standard library, it will
-        automatically create generate the characteristic curve. Otherwise, it has no effect.
+        automatically generate the characteristic curve. Otherwise, it has no effect.
         Example: fuse_type = "Siemens NH-1-100"
 
         **rated_i_a** (float, 0) - the rated current of the fuse in amps

pandapower/test/protection/test_fuse.py

@@ -294,6 +294,8 @@ def test_fuse_fault_oc_scenario():
     # check if any fuses melt after fault has been cleared
     overload_results = calculate_protection_times(net, scenario="pp")
     net.protection.object.at[overload_results.trip_melt_time_s.idxmin()].status_to_net(net)
+
+    pp.runpp(net)
     assert net.switch.closed.at[6] == False, 'Fuse 6 should melt, switch 6 should open'