Feature/power tracking update (NREL#118)

* Example code. * Handling for heterogeneous inflows. * Minor documentation updates. * Add tests for heterogeneous inflow feature. * Add exclusion for input data file to gitignore and add file to repo. * Another needed input excluded in gitignore... * Updating with better tracking of individual power value and adding a total plant power value * Minor formatting updates. * Update `farm_power` to `wind_farm_power` to be explicit. --------- Co-authored-by: misi9170 <[email protected]> Co-authored-by: genevievestarke <[email protected]>
ZackTully · Nov 12, 2024 · e910d4e · e910d4e
1 parent 7f9ee89
commit e910d4e
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Showing 2 changed files with 15 additions and 5 deletions.
diff --git a/hercules/emulator.py b/hercules/emulator.py
@@ -194,15 +194,15 @@ def run(self):
             # Send inputs (initiates the AMRWind step)
             self.send_data_to_amrwind()
 
-            # Log the current state
-            self.log_main_dict()
-
             # Update time to next time step (TODO: check logging for pysims?)
             self.sync_time_helics(self.absolute_helics_time + self.deltat)
 
             # Receive outputs back (for next time step)
             self.receive_amrwind_data()
-
+
+            # Log the current state
+            self.log_main_dict()
+
             # If this is first iteration print the input dict
             # And turn off the first iteration flag
             if self.first_iteration:
@@ -234,10 +234,11 @@ def receive_amrwind_data(self):
         turbine_wd_array = subscription_value[3 + self.num_turbines :]
         self.wind_speed = wind_speed_amr_wind
         self.wind_direction = wind_direction_amr_wind
+        wind_farm_power = sum(turbine_power_array)
 
         # Assign Py_sim outputs
         if self.main_dict["py_sims"]:
-            self.main_dict["py_sims"]["inputs"]["available_power"] = sum(turbine_power_array)
+            self.main_dict["py_sims"]["inputs"]["available_power"] += wind_farm_power
             # print("sim_time_s_amr_wind = ", sim_time_s_amr_wind)
             self.main_dict["py_sims"]["inputs"]["sim_time_s"] = sim_time_s_amr_wind
             # print('self.main_dict[''py_sims''][''inputs''][''sim_time_s''] = ',
@@ -277,6 +278,7 @@ def receive_amrwind_data(self):
         # Store turbine powers back to the dict
         # TODO hard-coded for now assuming only one AMR-WIND
         self.amr_wind_dict[self.amr_wind_names[0]]["turbine_powers"] = turbine_power_array
+        self.amr_wind_dict[self.amr_wind_names[0]]["wind_farm_power"] = wind_farm_power
         self.amr_wind_dict[self.amr_wind_names[0]]["turbine_wind_directions"] = turbine_wd_array
         self.turbine_power_array = turbine_power_array
         self.amr_wind_dict[self.amr_wind_names[0]]["sim_time_s_amr_wind"] = sim_time_s_amr_wind
@@ -293,6 +295,9 @@ def receive_amrwind_data(self):
         self.main_dict["hercules_comms"]["amr_wind"][self.amr_wind_names[0]][
             "wind_speed"
         ] = wind_speed_amr_wind
+        self.main_dict["hercules_comms"]["amr_wind"][self.amr_wind_names[0]][
+            "wind_farm_power"
+        ] = wind_farm_power
 
         return None
 

diff --git a/hercules/py_sims.py b/hercules/py_sims.py
@@ -64,6 +64,7 @@ def get_py_sim_dict(self):
 
     def step(self, main_dict):
         # Collect the py_sim objects
+        py_sims_available_power = 0.0
         for py_sim_name in self.py_sim_names:
             print(py_sim_name)
 
@@ -73,3 +74,7 @@ def step(self, main_dict):
             self.py_sim_dict[py_sim_name]["outputs"] = self.py_sim_dict[py_sim_name]["object"].step(
                 main_dict
             )
+            if "Solar" in self.py_sim_dict[py_sim_name]["py_sim_type"]:
+                py_sims_available_power += self.py_sim_dict[py_sim_name]["outputs"]["power_mw"]*1000
+
+        self.py_sim_dict["inputs"]["available_power"] = py_sims_available_power