HB-Energy Primer
Ladybug Tools for Grasshopper Documentation
  • HB-Energy Primer
  • Components
    • 0 :: Basic Properties
      • Building Vintages
      • Climate Zones
      • Face Energy Attributes
      • Room Energy Attributes
      • Blend ProgramTypes
      • Building Programs
      • ProgramType
      • Search Programs
      • ConstructionSet
      • Construction Set by Climate
      • Construction Types
      • Search Construction Sets
      • Exterior Construction Subset
      • Ground Construction Subset
      • Interior Construction Subset
      • Subface Subset
      • Adiabatic by Type
      • Plenum
      • Ground
      • Internal Mass
      • Other Side Temperature
      • Patch Missing Adjacency
    • 1 :: Constructions
      • Search Constructions
      • Search Materials
      • Deconstruct Construction
      • Deconstruct ConstructionSet
      • Deconstruct ConstructionSet Interior
      • Deconstruct Material
      • Apply ConstructionSet
      • Apply Opaque Construction
      • Apply Shade Construction
      • Apply Window Construction
      • Opaque Construction
      • Shade Construction
      • Window Construction
      • Window Construction Shade
      • Opaque Material
      • Opaque Material No Mass
      • Glass Material
      • Shade Material
      • Window Frame
      • Window Material
      • Blind Material
      • Custom Window Gap Material
      • Vegetation Material
      • Window Construction Dynamic
      • Window Gap Material
    • 2 :: Schedules
      • Gene Pool to Day Schedule
      • Search Schedules
      • Deconstruct Schedule
      • Schedule to Data
      • Apply Room Schedules
      • Apply Shade Schedule
      • Constant Schedule
      • Fixed Interval Schedule
      • Seasonal Schedule
      • Weekly Schedule
      • Type Limit
    • 3 :: Loads
      • Apply ProgramType
      • Deconstruct ProgramType
      • Apply Absolute Load Values
      • Apply Daylight Control
      • Apply Load Values
      • Apply Setpoint Values
      • Equipment
      • Infiltration
      • Lighting
      • People
      • Process Load
      • Service Hot Water
      • Setpoint
      • Ventilation
      • Airflow Newtwork
      • Fan Ventilation
      • Ventilation Control
      • Window Opening
      • Blower Pressure Converter
      • Deconstruct Equipment
      • Deconstruct Hot Water
      • Deconstruct Infiltration
      • Deconstruct Lighting
      • Deconstruct People
      • Deconstruct Setpoint
      • Deconstruct Ventilation
    • 4 :: HVAC
      • IdealAir
      • Set Conditioned
      • All-Air HVAC
      • All-Air HVAC Templates
      • DOAS HVAC
      • DOAS HVAC Templates
      • HeatCool HVAC
      • HeatCool HVAC Templates
      • SHW System
      • SHW Templates
      • Electric Load Center
      • Photovoltaic Properties
      • Detailed HVAC
      • Radiant HVAC Properties
    • 5 :: Simulate
      • Model to OSM
      • Annual Loads
      • Generation Loads
      • Load Shade Benefit
      • Peak Loads
      • Custom Simulation Output
      • Shadow Calculation
      • Simulation Control
      • Simulation Output
      • Simulation Parameter
      • Sizing Parameter
      • Load Measure
      • Run OSW
      • Run IDF
      • Run OSM
      • Create OSM Measure
    • 6 :: Result
      • End Use Intensity
      • Read Custom Result
      • Read Face Result
      • Read HVAC Sizing
      • Read Room Comfort Result
      • Read Room Energy Result
      • Color Faces
      • Color Rooms
      • Read Tabular Data
      • Thermal Load Balance
      • Balance Temperature
      • Carbon Emission Intensity
      • Face Result by Type
      • Normalize by Floor Area
      • Read Generation Result
      • Read Result Dictionary
      • Read Zone Sizing
    • 7 :: Thermal Map
      • Adaptive Comfort Map
      • PMV Comfort Map
      • UTCI Comfort Map
      • Read Thermal Matrix
      • Visualize Thermal Map
      • Read Environment Matrix
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  1. Components
  2. 5 :: Simulate

Simulation Output

PreviousSimulation ControlNextSimulation Parameter

Last updated 1 year ago

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Create a simulation output object by selecting sets of commonly-requested output variables. The resulting object can be used to request output variables from EnergyPlus.

Inputs

  • zone_energy_use

Set to True to add outputs for zone energy use when ideal air systems are assigned. This includes, ideal air heating + cooling, lighting, electric + gas equipment, and fan electric energy.

  • system_energy_use

Set to True to add outputs for HVAC energy use from detailed systems. This includes outputs for different pieces of HVAC equipment, which together catch all energy-consuming parts of a system. (eg. chillers, boilers, coils, humidifiers, fans, pumps). It also includes the energy use of components of Service Hot Water (SHW) systems as well as any electricity generated on site, such at that coming from photovoltaics.

  • gains_and_losses

Set to True to Add outputs for zone gains and losses. This includes such as people gains, solar gains, infiltration losses/gains, and ventilation losses/gains.

  • comfort_metrics

Set to True to add outputs for zone thermal comfort analysis. This includes air temperature, mean radiant temperature, relative humidity, and unmet setpoint time.

  • surface_temperature

Set to True to add outputs for indoor and outdoor surface temperature.

  • surface_energy_flow

Set to True to add outputs for energy flow across all surfaces.

  • load_type

An optional text value to set the type of load outputs requested. Default - 'All'. Choose from the following:

* All - all energy use including heat lost from the zone

* Total - the total load added to the zone (both sensible and latent)

* Sensible - the sensible load added to the zone

* Latent - the latent load added to the zone
  • report_frequency

Text for the frequency at which the outputs are reported. Default: 'Hourly'. Choose from the following:

* Annual

* Monthly

* Daily

* Hourly

* Timestep

Outputs

  • report

Report!

  • sim_output

A SimulationOutput object that can be connected to the "HB Simulation Parameter" component in order to specify which types of outputs should be written from EnergyPlus.

[source code]