Expose outputs, apply corrections hourly rather than annually

NREL · Aug 23, 2023 · eb5d125 · eb5d125
1 parent d35d4f0
commit eb5d125
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Showing 3 changed files with 49 additions and 13 deletions.
diff --git a/shared/lib_pv_io_manager.cpp b/shared/lib_pv_io_manager.cpp
@@ -860,12 +860,10 @@ void PVSystem_IO::AllocateOutputs(compute_module* cm)
             p_derateSelfShading.push_back(cm->allocate(prefix + "ss_derate", numberOfWeatherFileRecords));
             p_derateSelfShadingDiffuse.push_back(cm->allocate(prefix + "ss_diffuse_derate", numberOfWeatherFileRecords));
             p_derateSelfShadingReflected.push_back(cm->allocate(prefix + "ss_reflected_derate", numberOfWeatherFileRecords));
-
+            p_DNIIndex.push_back(cm->allocate(prefix + "dni_index", numberOfWeatherFileRecords));
             p_poaBeamFrontCS.push_back(cm->allocate(prefix + "poa_beam_front_cs", numberOfWeatherFileRecords));
             p_poaDiffuseFrontCS.push_back(cm->allocate(prefix + "poa_diffuse_front_cs", numberOfWeatherFileRecords));
             p_poaGroundFrontCS.push_back(cm->allocate(prefix + "poa_ground_front_cs", numberOfWeatherFileRecords));
-            p_DNIIndex.push_back(cm->allocate(prefix + "dni_index", numberOfWeatherFileRecords));
-            p_ClippingPotential.push_back(cm->allocate(prefix + "clipping_potential", numberOfWeatherFileRecords));
 
             if (enableSnowModel) {
                 p_snowLoss.push_back(cm->allocate(prefix + "snow_loss", numberOfWeatherFileRecords));
@@ -928,6 +926,7 @@ void PVSystem_IO::AllocateOutputs(compute_module* cm)
 
     p_inverterACOutputPreLoss = cm->allocate("ac_gross", numberOfWeatherFileRecords);
     p_acWiringLoss = cm->allocate("ac_wiring_loss", numberOfWeatherFileRecords);
+    p_ClippingPotential = cm->allocate("clipping_potential", numberOfWeatherFileRecords);
     p_transmissionLoss = cm->allocate("ac_transmission_loss", numberOfWeatherFileRecords);
     p_acPerfAdjLoss = cm->allocate("ac_perf_adj_loss", numberOfWeatherFileRecords);
     p_acLifetimeLoss = cm->allocate("ac_lifetime_loss", numberOfWeatherFileRecords);
@@ -936,6 +935,7 @@ void PVSystem_IO::AllocateOutputs(compute_module* cm)
     p_systemACPower = cm->allocate("gen", numberOfLifetimeRecords);
 
     p_systemDCPowerCS = cm->allocate("dc_net_clearsky", numberOfLifetimeRecords);
+    p_subhourlyClippingLoss = cm->allocate("subhourly_clipping_loss", numberOfLifetimeRecords);
 
     if (Simulation->useLifetimeOutput)
     {

diff --git a/shared/lib_pv_io_manager.h b/shared/lib_pv_io_manager.h
@@ -351,7 +351,6 @@ struct PVSystem_IO
     std::vector<ssc_number_t*> p_poaDiffuseFrontCS;
     std::vector<ssc_number_t*> p_poaGroundFrontCS;
     std::vector<ssc_number_t*> p_DNIIndex;
-    std::vector<ssc_number_t*> p_ClippingPotential;
 
 	// MPPT level outputs
 	std::vector<ssc_number_t *> p_mpptVoltage; /// An output vector containing input DC voltage in V to each mppt input
@@ -418,6 +417,9 @@ struct PVSystem_IO
 	ssc_number_t *p_systemDCPower; // kWdc
     ssc_number_t* p_systemDCPowerCS; // kWdc
 	ssc_number_t *p_systemACPower; // kWac
+
+    ssc_number_t *p_subhourlyClippingLoss;
+    ssc_number_t* p_ClippingPotential;
 };
 
 /**