Added code to allow the user to prevent generating multiple PV power …

…production profiles

src/microgrid/microgrid.jl

@@ -157,8 +157,11 @@ function Microgrid_Model(Microgrid_Settings::Dict{String, Any}; JuMP_Model="", l
     end
 
     if Microgrid_Inputs.generate_results_plots == true 
-        CreateResultsMap(CompiledResults, Microgrid_Inputs, TimeStamp)
         Aggregated_PowerFlows_Plot(CompiledResults, TimeStamp, Microgrid_Inputs, REoptInputs_Combined, model)
+        if Microgrid_Inputs.bus_coordinates != ""
+            CreateResultsMap(CompiledResults, Microgrid_Inputs, TimeStamp)
+            Create_Voltage_Plot(CompiledResults, Microgrid_Inputs)
+        end
     end
 
     return CompiledResults, model, model_BAU, m_outagesimulator;  

src/microgrid/microgrid_results_processing.jl

@@ -620,6 +620,31 @@ function CreateResultsMap(results, Microgrid_Inputs, TimeStamp)
 end
 
 
+function Create_Voltage_Plot(results, Microgrid_Inputs)
+
+    # Generate list of lengths from the node to the substation
+
+    # Determine the per unit voltage at each node
+    timestep = Microgrid_Inputs.voltage_plot_time_step
+
+    # Interactive plot using PlotlyJS
+    traces = PlotlyJS.GenericTrace[]
+    layout = PlotlyJS.Layout(title_text = "Voltage Stability", xaxis_title_text = "Day", yaxis_title_text = "Per Unit Voltage")
+
+    push!(traces, PlotlyJS.scatter(name = "Node", showlegend = true, fill = "none", line = PlotlyJS.attr(width = 3, color="black"),
+    x = [1], # TODO: enter the actual data
+    y = [1]
+        ))
+
+
+
+    p = PlotlyJS.plot(traces, layout)
+    display(p)
+    PlotlyJS.savefig(p, Microgrid_Inputs.folder_location*"/results_"*TimeStamp*"/VoltagePlot_InteractivePlot.html")
+
+end
+
+
 function Aggregated_PowerFlows_Plot(results, TimeStamp, Microgrid_Inputs, REoptInputs_Combined, model)
     # Function to create additional plots using PlotlyJS
 

src/microgrid/scenario.jl

@@ -47,11 +47,9 @@ const PMD = PowerModelsDistribution
     generators_only_run_during_grid_outage::Bool=false,
     generate_CSV_of_outputs::Bool=false,
     generate_results_plots::Bool=false,
-    result_plots_start_time_step::Real=0,
-    result_plots_end_time_step::Real=0,
-    plot_voltage_drop::Bool=true,
-    plot_voltage_drop_node_numbers::Array=[],
-    plot_voltage_drop_voltage_time_step::Real=0,
+    voltage_plot_time_step::Real=0,
+    generate_same_pv_production_profile_for_each_node::Bool=false,
+    pv_inputs_for_standardized_pv_production_profile::Dict=Dict(), 
     display_results::Bool=true
 """
 
@@ -98,11 +96,9 @@ mutable struct MicrogridInputs <: AbstractMicrogrid
     generators_only_run_during_grid_outage
     generate_CSV_of_outputs
     generate_results_plots
-    result_plots_start_time_step
-    result_plots_end_time_step
-    plot_voltage_drop
-    plot_voltage_drop_node_numbers
-    plot_voltage_drop_voltage_time_step
+    voltage_plot_time_step
+    generate_same_pv_production_profile_for_each_node
+    pv_inputs_for_standardized_pv_production_profile 
     display_results
     load_profiles_for_outage_sim_if_using_the_fraction_method
 
@@ -149,15 +145,40 @@ mutable struct MicrogridInputs <: AbstractMicrogrid
         generators_only_run_during_grid_outage::Bool=false,
         generate_CSV_of_outputs::Bool=false,
         generate_results_plots::Bool=false,
-        result_plots_start_time_step::Real=0,
-        result_plots_end_time_step::Real=0,
-        plot_voltage_drop::Bool=true,
-        plot_voltage_drop_node_numbers::Array=[],
-        plot_voltage_drop_voltage_time_step::Real=0,
+        voltage_plot_time_step::Real=0,
+        generate_same_pv_production_profile_for_each_node::Bool=false,
+        pv_inputs_for_standardized_pv_production_profile::Dict=Dict(), 
         display_results::Bool=true,
         load_profiles_for_outage_sim_if_using_the_fraction_method::Array=[]
         )
 
+    if generate_same_pv_production_profile_for_each_node == true
+
+        pv_power_production_factor_series, ambient_temp_celcius = REopt.call_pvwatts_api(pv_inputs_for_standardized_pv_production_profile["latitude"], 
+                                                                                        pv_inputs_for_standardized_pv_production_profile["longitude"]; 
+                                                                                        tilt= pv_inputs_for_standardized_pv_production_profile["tilt"], 
+                                                                                        azimuth= pv_inputs_for_standardized_pv_production_profile["azimuth"], 
+                                                                                        module_type= pv_inputs_for_standardized_pv_production_profile["module_type"], 
+                                                                                        array_type= pv_inputs_for_standardized_pv_production_profile["array_type"], 
+                                                                                        losses= pv_inputs_for_standardized_pv_production_profile["losses"], 
+                                                                                        dc_ac_ratio= pv_inputs_for_standardized_pv_production_profile["dc_ac_ratio"],
+                                                                                        gcr= pv_inputs_for_standardized_pv_production_profile["gcr"], 
+                                                                                        inv_eff= 100 * pv_inputs_for_standardized_pv_production_profile["inv_eff_fraction"], 
+                                                                                        timeframe="hourly", 
+                                                                                        radius=0, 
+                                                                                        time_steps_per_hour=time_steps_per_hour)
+
+        for node in collect(1:length(REopt_inputs_list))
+            if "PV" in keys(REopt_inputs_list[node])
+                if "production_factor_series" in keys(REopt_inputs_list[node]["PV"])
+                    # do nothing because the power_factor_series is already defined
+                else
+                    REopt_inputs_list[node]["PV"]["production_factor_series"] = pv_power_production_factor_series
+                end
+            end
+        end
+    end
+
     new(
         folder_location,
         bus_coordinates,
@@ -201,11 +222,9 @@ mutable struct MicrogridInputs <: AbstractMicrogrid
         generators_only_run_during_grid_outage,
         generate_CSV_of_outputs,
         generate_results_plots,
-        result_plots_start_time_step,
-        result_plots_end_time_step,
-        plot_voltage_drop,
-        plot_voltage_drop_node_numbers,
-        plot_voltage_drop_voltage_time_step,
+        voltage_plot_time_step,
+        generate_same_pv_production_profile_for_each_node,
+        pv_inputs_for_standardized_pv_production_profile, 
         display_results,
         load_profiles_for_outage_sim_if_using_the_fraction_method
     )