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    • SolarFarmerApi.Client
      • AnnualEnergyYieldResults
      • DcoElectricalData
      • DcoGeneralData
      • DcoInputSpecification
      • DcoMechanicalData
      • DcoOutputSpecification
      • DiffuseModel
      • EnergyCalculationInputs
      • EnergyCalculationOptions
      • EnergyYieldResults
      • EnergyYieldResultsForMonth
      • EnumTechnology
      • IAMModelType
      • IAMModelTypeForOverride
      • IAMParameters
      • IndexedObject3D
      • Inverter
      • InverterEfficiencyModelType
      • InverterEfficiencyPoints
      • InverterInput
      • InverterSpecification
      • Layout
      • LayoutHintsForUI
      • Location
      • LossTreeEffects
      • LossTreeEntry
      • LossTreeResultForMonth
      • MeteorologicalCondition
      • MeteorologicalConditionsDataset
      • MiniSimpleTerrainDto
      • MissingMetDataMethod
      • ModelChainAsyncQueryResponse
      • ModelChainResponse
      • ModuleGeometry
      • ModuleIndexRange
      • ModuleSpecification
      • ModuleString
      • MountingTypeSpecification
      • MpptLimits
      • PanFileSupplements
      • PointInLossChain
      • PowerOptimizer
      • PowerOptimizerOperationType
      • ProblemDetails
      • PVPlant
      • PVsystDiodeModelParameters
      • QuadDouble
      • Rack
      • Response
      • Response2
      • Response3
      • RuntimeStatus
      • SimpleTerrainDto
      • SolarPositionDto
      • SolarPositionRequest
      • SolarPositions
      • SystemAttributes
      • TerrainRowDto
      • TerrainRowStartEndColumnsDto
      • ThreeEfficiencyCurves
      • Tracker
      • TrackerSystem
      • Transformer
      • TransformerLossModelTypes
      • TransformerSpecification
      • Vector3Double

    Class EnergyCalculationOptions

    Holds flags that switch on and off various bits of the model chain.

    Namespace: SolarFarmerApi.Client
    Syntax
    public class EnergyCalculationOptions

    Properties

    AddTareLossToInverterEfficiencyModel

    If true any inverter models that use the ThreeCurves model will add the tare loss (night time loss)
    as a point in the efficiency curve. This is what SF-Desktop did.
    Optional. Default is false.

    Declaration
    public bool AddTareLossToInverterEfficiencyModel { get; set; }
    Property Value
    Type Description
    System.Boolean

    ApplyIAM

    If true, the incidence angle modifier will be applied based on the
    model defined in the PAN file.
    Optional. Default is true.

    Declaration
    public bool ApplyIAM { get; set; }
    Property Value
    Type Description
    System.Boolean

    ApplySpectralMismatchModifier

    If true, the First Solar spectral mismatch model will be used.
    Optional. Default is true.

    Declaration
    public bool ApplySpectralMismatchModifier { get; set; }
    Property Value
    Type Description
    System.Boolean

    CalculateDHI

    If true, the DHI value will be derived from GHI.
    Optional. Default is false.

    Declaration
    public bool CalculateDHI { get; set; }
    Property Value
    Type Description
    System.Boolean

    CalculationYear

    When using TMY data, the solar position will be calculated based on this Calculation Year.
    Note if the TMY data has already been converted into SF-Core format json, i.e. a serialization of
    MeteorologicalConditionsDataset then the year is set there and
    this parameter has no effect.
    Optional. Default: 1990

    Declaration
    public int CalculationYear { get; set; }
    Property Value
    Type Description
    System.Int32

    ConnectorResistanceBinWidth

    The bin width to use for the connector resistance.
    This is required because the connector resistance is defined per layout
    so if we are considering whether two modules from different layout
    are in-fact in equivalent operating conditions we need to compare the
    connector resistance.
    Optional. Default is 1e-6.

    Declaration
    public double? ConnectorResistanceBinWidth { get; set; }
    Property Value
    Type Description
    System.Nullable<System.Double>

    DefaultWindSpeed

    The default wind speed to use in the cell temperature model.
    If wind speed data is provided as part of the meteorological data, then it will override this default
    Units: m/s
    Optional. Default: 0

    Declaration
    public double DefaultWindSpeed { get; set; }
    Property Value
    Type Description
    System.Double

    DiffuseModel

    Select the diffuse model to use.

    Declaration
    public DiffuseModel DiffuseModel { get; set; }
    Property Value
    Type Description
    DiffuseModel

    GridAvailabilityLoss

    The grid availability loss as a fraction of 1.
    i.e. a value of 0.01 would represent a grid that was unavailable 1% of the time.
    Optional. Default is 0.

    Declaration
    public double GridAvailabilityLoss { get; set; }
    Property Value
    Type Description
    System.Double

    IgnoreLowPowerPointInEfficiencyData

    If true, in any inverter models that use the ThreeCurves model, any data point in the efficiency tables less than 5% of rated will be ignored
    This is what SF-Desktop did.
    Optional. Default is false.

    Declaration
    public bool IgnoreLowPowerPointInEfficiencyData { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeACModel

    If true, the AC model will be applied to the output from the array.
    Optional. Default is true.

    Declaration
    public bool IncludeACModel { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeArrayIV

    If true, the diode model will be used to calculate module IV curves, and they will be combined into array IV curves to properly
    account for electrical mismatch between sub-modules.
    Optional. Default is true.

    Declaration
    public bool IncludeArrayIV { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeCellTemperatureModel

    If false, the cell temperature model will be disabled.
    This does not disable the effect of cell temperature on the calculation of the module performance using the one diode model.
    It just means that the calculation will be based on the ambient temperature rather than calculating a temperature based on the
    irradiance level and wind speed.
    Optional. Default is true.

    Declaration
    public bool IncludeCellTemperatureModel { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeHorizon

    If true, the horizon model will be used to modify the direct irradiance around sunrise and sunset
    and the horizon losses for diffuse isotropic component.

    Declaration
    public bool IncludeHorizon { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeInverterModel

    If true, the inverter model will be applied to the output from the array.
    Optional. Default is true.

    Declaration
    public bool IncludeInverterModel { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeModulePerformance

    If true, the diode model will be used to calculate the module efficiency more precisely than just using the nominal efficiency.
    Optional. Default is true.

    Declaration
    public bool IncludeModulePerformance { get; set; }
    Property Value
    Type Description
    System.Boolean

    IncludeSoilingLossInTemperatureModel

    If true the irradiance input to the cell temperature model will include the soiling loss.
    This setting is related to UseIAMForTemperatureModel, but independent. In combination these two flags create 4 options.
    The spectral model is never applied, and back-side irradiance is not included in the temperature model.
    Near and far shading are always included in the temperature model.
    Optional. Default is false.

    Declaration
    public bool IncludeSoilingLossInTemperatureModel { get; set; }
    Property Value
    Type Description
    System.Boolean

    IrradianceBinWidth

    The bin width to use for irradiance
    Optional. Default is 1 W/m2.

    Declaration
    public double? IrradianceBinWidth { get; set; }
    Property Value
    Type Description
    System.Nullable<System.Double>

    IvCurveSize

    The number of points in the IV curve that is calculated
    Optional. Default is 500.

    Declaration
    public int? IvCurveSize { get; set; }
    Property Value
    Type Description
    System.Nullable<System.Int32>

    MasterKey1

    A specific string to enable extra API functionality. Used by the SolarFarmer team only.

    Declaration
    public string MasterKey1 { get; set; }
    Property Value
    Type Description
    System.String

    MissingMetDataHandling

    Defines the behaviour for missing data (NaN values) in
    required meteorological data: solar irradiance (either GHI or POA) and air temperature.
    Optional. Default is 'FailOnValidation'.

    Declaration
    public MissingMetDataMethod? MissingMetDataHandling { get; set; }
    Property Value
    Type Description
    System.Nullable<MissingMetDataMethod>

    ModelBackRowSeparately

    If true the back-irradiance for bifacial of the back row of the array will be treated separately.
    There will be no near-shading loss applied to the back-irradiance of the back row.
    If false, then the back row will get the same back-irradiance as any other row in the array.
    Bifacial only.
    Optional. Default is true.

    Declaration
    public bool ModelBackRowSeparately { get; set; }
    Property Value
    Type Description
    System.Boolean

    ModuleMismatchBinWidth

    The bin width to use for module mismatch.
    This is required because the module mismatch is defined per layout
    so if we are considering whether two modules from different layout
    are in-fact in equivalent operating conditions we need to compare the module
    mismatch loss.
    Optional. Default is 1e-6.

    Declaration
    public double? ModuleMismatchBinWidth { get; set; }
    Property Value
    Type Description
    System.Nullable<System.Double>

    ReturnDetailedTimeSeriesResults

    Generate and return detailed time-series results.
    Default is false.

    Declaration
    public bool ReturnDetailedTimeSeriesResults { get; set; }
    Property Value
    Type Description
    System.Boolean

    ReturnLossTreeTimeSeriesResults

    Generate and return detailed loss tree time-series results.
    Default is false.

    Declaration
    public bool ReturnLossTreeTimeSeriesResults { get; set; }
    Property Value
    Type Description
    System.Boolean

    ReturnPvSystFormatTimeSeriesResults

    Generate and return PVsyst-format time-series results.
    Default is true.

    Declaration
    public bool ReturnPvSystFormatTimeSeriesResults { get; set; }
    Property Value
    Type Description
    System.Boolean

    SolarMeasurementPlaneAzimuth

    The solar measurement plane azimuth (in degrees).
    Optional. Required if POA meteorological data is used and GHI and DHI are to be derived from the POA.
    Defaults to 0.

    Declaration
    public double SolarMeasurementPlaneAzimuth { get; set; }
    Property Value
    Type Description
    System.Double

    SolarMeasurementPlaneTilt

    The solar measurement plane tilt (in degrees).
    Optional. Required if POA meteorological data is used and GHI and DHI are to be derived from the POA.
    Defaults to 0.

    Declaration
    public double SolarMeasurementPlaneTilt { get; set; }
    Property Value
    Type Description
    System.Double

    TemperatureBinWidth

    The bin width to use for temperature
    Optional. Default is 0.1 deg C.

    Declaration
    public double? TemperatureBinWidth { get; set; }
    Property Value
    Type Description
    System.Nullable<System.Double>

    TreatCircumsolarAsDirect

    If true the circumsolar irradiance will be added to the direct component rather than the diffuse.
    This will affect the angle of incidence used for IAM on the circumsolar component, and it will affect the near shading for the circumsolar.
    Optional. Default is true.

    Declaration
    public bool TreatCircumsolarAsDirect { get; set; }
    Property Value
    Type Description
    System.Boolean

    UseAlbedoFromMetDataWhenAvailable

    Use albedo data from the meteorological data when available.
    Optional. Default is true.

    Declaration
    public bool? UseAlbedoFromMetDataWhenAvailable { get; set; }
    Property Value
    Type Description
    System.Nullable<System.Boolean>

    UseIAMForTemperatureModel

    If true the input to the cell temperature model will be the irradiance after taking IAM into account.
    If false then the input to the cell temperature model will not include IAM, but the AbsorptionCoefficient
    from the module specification will be used to account for reflection.
    This setting is related to IncludeSoilingLossInTemperatureModel, but independent. In combination these two flags create 4 options.
    The spectral model is never applied, and back-side irradiance is not included in the temperature model.
    Near and far shading are always included in the temperature model.
    Optional. Default is false.

    Declaration
    public bool UseIAMForTemperatureModel { get; set; }
    Property Value
    Type Description
    System.Boolean

    UseMostShadedCellForDiffuse

    If true the diffuse shading will be based on the view factors from the most shaded cell in a sub-string.
    If false then the rack-average view factors will be used.
    Optional. Default is false.

    Declaration
    public bool UseMostShadedCellForDiffuse { get; set; }
    Property Value
    Type Description
    System.Boolean
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