PVHybrid

class PySAM.Hybrids.PVHybrid.PVHybrid

Class that adds PVHybrid to HybridSystem

new() → PVHybrid

default(config) → PVHybrid: Load defaults for the configuration config. Available configurations:

“PhotovoltaicWindBatteryHybridHostDeveloper”

“PhotovoltaicWindBatteryHybridSingleOwner”

value(name, value=None) → None | float | dict | sequence | str: Get or set by name a value in any of the variable groups.

assign(input_dict) → dict

Assign attributes from nested dictionary, except for Outputs:

nested_dict = { 'SolarResource': { 'solar_resource_file': val, ...}, ...}

Returns list of variables that weren’t assigned

export() → dict: Export attributes into nested dictionary

property total_installed_cost

Total installed cost for technology [$]

Type:: float

property om_fixed

Fixed O&M annual amount [$/year]

Type:: sequence

property om_fixed_escal

Fixed O&M escalation [%/year]

Type:: float

property om_production

Production-based O&M amount [$/MWh]

Type:: sequence

property om_production_escal

Production-based O&M escalation [%/year]

Type:: float

property om_capacity

Capacity-based O&M amount [$/kWcap]

Type:: sequence

property om_capacity_escal

Capacity-based O&M escalation [%/year]

Type:: float

property degradation

Annual AC degradation [%]. If not provided, defaults to [0]

Type:: sequence

class SolarResource: See PySAM.PVHybrid.PVHybrid.SolarResource

class Losses: See PySAM.PVHybrid.PVHybrid.Losses

class Lifetime: See PySAM.PVHybrid.PVHybrid.Lifetime

class SystemDesign: See PySAM.PVHybrid.PVHybrid.SystemDesign

class Shading: See PySAM.PVHybrid.PVHybrid.Shading

class Layout: See PySAM.PVHybrid.PVHybrid.Layout

class Module: See PySAM.PVHybrid.PVHybrid.Module

class SimpleEfficiencyModuleModel: See PySAM.PVHybrid.PVHybrid.SimpleEfficiencyModuleModel

class CECPerformanceModelWithModuleDatabase: See PySAM.PVHybrid.PVHybrid.CECPerformanceModelWithModuleDatabase

class CECPerformanceModelWithUserEnteredSpecifications: See PySAM.PVHybrid.PVHybrid.CECPerformanceModelWithUserEnteredSpecifications

class SandiaPVArrayPerformanceModelWithModuleDatabase: See PySAM.PVHybrid.PVHybrid.SandiaPVArrayPerformanceModelWithModuleDatabase

class IEC61853SingleDiodeModel: See PySAM.PVHybrid.PVHybrid.IEC61853SingleDiodeModel

class MermoudLejeuneSingleDiodeModel: See PySAM.PVHybrid.PVHybrid.MermoudLejeuneSingleDiodeModel

class Inverter: See PySAM.PVHybrid.PVHybrid.Inverter

class InverterCECDatabase: See PySAM.PVHybrid.PVHybrid.InverterCECDatabase

class InverterCECCoefficientGenerator: See PySAM.PVHybrid.PVHybrid.InverterCECCoefficientGenerator

class InverterDatasheet: See PySAM.PVHybrid.PVHybrid.InverterDatasheet

class InverterPartLoadCurve: See PySAM.PVHybrid.PVHybrid.InverterPartLoadCurve

class InverterMermoudLejeuneModel: See PySAM.PVHybrid.PVHybrid.InverterMermoudLejeuneModel

class BatterySystem: See PySAM.PVHybrid.PVHybrid.BatterySystem

class Load: See PySAM.PVHybrid.PVHybrid.Load

class PVLosses: See PySAM.PVHybrid.PVHybrid.PVLosses

class AdjustmentFactors: See PySAM.PVHybrid.PVHybrid.AdjustmentFactors

class BatteryCell: See PySAM.PVHybrid.PVHybrid.BatteryCell

class BatteryDispatch: See PySAM.PVHybrid.PVHybrid.BatteryDispatch

class SystemCosts: See PySAM.PVHybrid.PVHybrid.SystemCosts

class FuelCell: See PySAM.PVHybrid.PVHybrid.FuelCell

class PriceSignal: See PySAM.PVHybrid.PVHybrid.PriceSignal

class Revenue: See PySAM.PVHybrid.PVHybrid.Revenue

class ElectricityRates: See PySAM.PVHybrid.PVHybrid.ElectricityRates

class GridLimits: See PySAM.PVHybrid.PVHybrid.GridLimits

class Outputs: See PySAM.PVHybrid.PVHybrid.GridLimits