modelPVPlantSolarIrradiance

PV source in a SMIB system to test functionality of Irradiance to Power Add on
Diagram of PVPlantSolarIrradianceOpen the diagram
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Extends from OpenRESV.RES_Model_vs_PHIL_Inverter_Examples.BaseClasses.SMIBAddOn (SMIB - Single Machine Infinite Base system with one load for renewable source validation.).

Information

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This test system aims to show how to use IrradianceToPower block, an Add-On component that enables varying active power reference in the PV model based on irradiance levels. This capability is not found in the original version of the WECC-based renewable models.

Variables of interest:

  • pV.RenewableGenerator.Pgen
  • pV.RenewableGenerator.Qgen
  • irradianceToPower.Ppv

Components

TypeNameDefaultDescription
OpenRESV.Electrical.Branches.PwLinepwLine (from SMIBAddOn)
OpenRESV.Electrical.Branches.PwLinepwLine1 (from SMIBAddOn)
OpenRESV.Electrical.Branches.PwLinepwLine2 (from SMIBAddOn)
OpenRESV.Electrical.Events.PwFaultpwFault (from SMIBAddOn)
OpenRESV.Electrical.SystemBaseSysData (from SMIBAddOn)
OpenRESV.Electrical.Buses.BusPV_BUS (from SMIBAddOn)
OpenRESV.Electrical.Buses.BusFAULT (from SMIBAddOn)
OpenRESV.Electrical.Buses.BusGEN2 (from SMIBAddOn)
OpenRESV.Electrical.Machines.PSSE.GENCLSGRID (from SMIBAddOn)
OpenRESV.Electrical.Renewables.PSSE.PVPV
OpenRESV.Electrical.Renewables.PSSE.AddOnBlocks.IrradianceToPowerirradianceToPower
OpenRESV.Electrical.WhiteNoiseInjectionwhiteNoiseInjection
Modelica.Blocks.Math.Addadd
Modelica.Blocks.Noise.GlobalSeedglobalSeed
Modelica.Clocked.RealSignals.Sampler.Utilities.Internal.Limiterlimiter