control of the batteries

sede-open · Dec 14, 2020 · 3f5551f · 3f5551f
1 parent 0f37eb7
commit 3f5551f
Show file tree

Hide file tree

Showing 4 changed files with 8 additions and 5 deletions.
diff --git a/Control_main.py b/Control_main.py
@@ -216,7 +216,10 @@ def api_cntr_input(data, uuid, name,  *args):
             [reactive_power, active_power] = control.control_(pv_input, reactive_power, active_power, v_gen)
             active_power_ESS = control_ESS.control_(active_power_ESS, v_ess)
 
-            # active_power = [0.0]*num_pv
+            active_power = [0.0]*num_pv
+            reactive_power = [0.0]*num_pv
+            active_power_ESS = [0.0]*len(active_ESS)
+
             k = 0
             for key in pv_active:
                 #updating dictionaries

diff --git a/control_strategies/quadratic_control/Quadratic_Active_Power_Batt.py b/control_strategies/quadratic_control/Quadratic_Active_Power_Batt.py
@@ -84,8 +84,8 @@ def Voltage_Control(self, p_batt, v_bat, alpha_P):
         # DEFINE LIM (DYNAMIC)
         # =============================================================
         for i in range(len(self.n_battery)):
-            self.PMIN[i] = -(3.5/10)
-            self.PMAX[i] = (3.5/10)
+            self.PMIN[i] = -(0.8)
+            self.PMAX[i] = (0.8)
 
 
         self.VMAX_BATT = [self.V_MAX2] * int(len(self.n_battery))

diff --git a/control_strategies/quadratic_control/Quadratic_Active_Power_PV.py b/control_strategies/quadratic_control/Quadratic_Active_Power_PV.py
@@ -51,7 +51,7 @@ def initialize_control(self):
 
         # Control Parameters
         # ==============================================================
-        self.K = 40 # iterations of the voltage control
+        self.K = 10 # iterations of the voltage control
 
         self.alpha_p = [1]* int(len(self.c))
         self.lamda_p_max = [0.0]* int(len(self.c))

diff --git a/control_strategies/quadratic_control/Quadratic_Reactive_Power.py b/control_strategies/quadratic_control/Quadratic_Reactive_Power.py
@@ -40,7 +40,7 @@ def __init__(self, grid_data, num_pv):
 
         # Control Parameters
         # ==============================================================
-        self.K = 40   # iterations of the voltage control
+        self.K = 10   # iterations of the voltage control
 
         self.alpha = [0.3]* int(len(self.c))  # this value is not the one used. It is calculated in Quadratic Control
         self.lamda_max = [0.0]* int(len(self.c))