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Through our consulting projects, we have developed well over 200 TRNSYS components. The components contained in these libraries represent the best of
our in-house Types. Each of the components in these libraries has been extensively tested and comes complete with on-line documentation, source code,
example projects, printed reference documentation and free technical support. Each of these libraries comes in a format compatible with the Simulation Studio
front-end (source code, documentation, on-line help, icon, etc.) but may also be used outside that environment. The source code is provided for each
of these models so that they can be quickly and easily modified if the user wishes to make changes to the model. Each of the component libraries comes
with or more Studio/TRNSYS projects that demonstrate typical uses of the component models found in that library. Screen captures from several of the
example projects are included in the detailed information section for each library. With the release of Libraries version 2.0, extensive technical
documentation as well as new models and new examples have been added. |
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| Individual Components (click here for details) | |
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Dry Fluid Cooler The Be All and End All Solar Collector Bi-directional Flow Pipe Air Duct Horizontal Ground Heat Exchanger Slab on Grade with Footings and Skirt Insulation Heat Pump Water Heater Tankless Water Heater Buried Pipe Wrapper for Renctangular Parallelepiped Tanks Exposed Twin-Conductor Pipe Buried Twin-Conductor Pipe Evacuated Tube Solar Collector Performance Map Cooling Coil Printegrator DOE2 Air Conditioner DOE2 Air Source Heat Pump DOE2 Forced Air Furnace Running Total and Averages |
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| Application Components (click here for details) | |
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Daily Forcing Function Generator (Graphical User Interface: sched.exe) 7-Day Forcing Function Generator (Graphical User Interface: multsched.exe) Monthly Forcing Function Generator (Graphical User Interface: monthsched.exe) Daily Heating and Cooling Setpoint Scheduler (Graphical User Interface: thermosched.exe) Heating and Cooling Season Scheduler (Graphical User Interface: seasonsched.exe) ON/OFF Daily Forcing Function (Graphical User Interface: scheduler.exe) Weekly heating and cooling setpoint scheduler (Graphical User Interface: multthermosched.exe) |
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| Controller Components (click here for details) | |
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Three Stage Aquastat in Heating Three Stage Aquastat in Cooling Humidistat Delayed Output Device Proportional Controller N-Stage Differential Controller in Heating N-Stage Differential Controller in Cooling 5-Stage Differential Controller Evaluating N Temperatures |
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| Geothermal Heat Pump Components (click here for details) | |
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Simple Buried Pipe Detailed Buried Horizontal Pipe Ground Temperature Model U-Tube Vertical Ground Heat Exchangers Vertical Tube in Tube Ground Heat Exchangers Water Source Heat Pump |
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| Green Building Components (click here for details) | |
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Type56 Window Library Photovoltaic Array Shading Combined PV / Thermal Solar Collector (interacts with zone air temperature) Simple PV (glazed and unglazed modes) Combined PV / Thermal Solar Collector (interacts with Type56) Glazed BIPV, interacts with zone air temperature Glazed BIPV, interacts with Type56 Unglazed BIPV, interacts with zone air temperature Unglazed BIPV, interacts with Type56 National Fenestration Rating Council (NFRC) Window Proportional Lighting Controller with Optional Minimum Signal Continually Stepped Lighting Fixtures Multiple Power Level Lighting Fixtures |
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| Ground Coupling Components (click here for details) | |
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Ground Temperature Simple floor heating system Basement conduction model (interfaces with Type56) Basement conduction model (interfaces with zone air temperature) Slab on grade (interfaces with Type56) Slab on grade (interfaces with zone air temperature) Radiant slab with pipes (interfaces with Type56) Radiant slab with pipes (interfaces with zone air temperature) Buried vertically cylindrical storage tank wrapper Buried pipe wrapper Radiant slab with pipes and no ground storage effects (interfaces with Type56) Radiant slab with pipes and no ground storage effects (interfaces with zone air temperature) ASHRAE Fundamentals 2001 Slab Method (chapter 31) ASHRAE Fundamentals 2001 Basement Method (chapter 31) |
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| HVAC Equipment Components (click here for details) | |
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Water Source Heat Pump Simple Adiabatic Humidifier Simple Furnace/Air Heater Heat Exchanger (hot side bypass to keep cold side outlet below its setpoint) Residential Cooling Coil Heat Exchanger (hot side bypass to keep cold side outlet above its setpoint) Air Cooled Chiller Heat Exchanger (cold side bypass to keep hot side outlet below its setpoint) Proportional Boiler Electric Unit Heater with VS Fan and Proprtional Control Electric Unit Heater with VS Fan, Proprtional Control, and Damper control Air Source Heat Pump (split system heat pump) Water Cooled Chiller Air to Air Heat Recovery Device Water to Water Heat Pump Heating Coil (hot side bypass to keep air side outlet below its setpoint) Two Pipe Console Unit in Energy Rate Control Double Effect Steam Fired Absorption Chiller Double Effect Hot Water Fired Absorption Chiller Double Effect Direct Fired Absorption Chiller Single Effect Steam Fired Absorption Chiller Single Effect Hot Water Fired Absorption Chiller Single Effect Direct Fired Absorption Chiller Evaporative Cooler (swamp cooler) Fogging Device Cooling Coil (various control modes) Rotary Desiccant Dehumidifier Economizer Dehumidifier Heat Pipe Fluid Cooler Air Stream Conditioning Device Performance Map Cooling Coil Heat Exchanger (Cold Side Bypass to Keep Hot Side Outlet Above its Setpoint) Boiler with Efficiency as Inputs Boiler with Efficiency from Data File Simple Mooling Moil Heating Coil (Various Control Modes) Simple Heating and Humidifying System Air to Air Sensible Heat Exchanger Unitary Air Conditioner Indirect Evaporative Cooler |
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| Hydronics Components (click here for details) | |
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Single Speed Fan/Blower Two Speed Fan/Blower Air Supply Plenum With Up To 100 Ports Liquid Flow Diverter With Up To 100 Ports Air Return Plenum With Up To 100 Ports Liquid Flow Mixer With Up To 100 Ports Constant Speed Pump Variable Speed Pump Variable Speed Fan/Blower Variable Speed Pump, Control Signal Input, Power Calculated From Head And Desired Flow Rate Pipe (U Value Calculated From Physical Characteristics) Constant Speed Pump, Control Signal Input, Power Calculated From Pressure Drop And Pump Efficiency Variable Or Constant Speed Pump, Mass Flow Rate Input, Power Calculated From Pressure Rise And Pump Efficiency Variable Or Constant Speed Pump, Mass Flow Rate Input, Power Calculated From Power Curve Polynomial Variable Or Constant Speed Fan, Mass Flow Rate Input, Power Calculated From Power Curve Polynomial Variable Speed Pump, Mass Flow Rate Calculated From Available Power, Power Drawn Calculated From Motor Efficiency And Pressure Rise Variable Speed Pump, Mass Flow Rate Calculated From Available Power, Power Drawn Calculated From Power Curve Constant Speed Pump, Mass Flow Rate Calculated From Matching System Curve And Head Curve Variable Speed Pump, Desired Mass Flow Rate Input, Match System Curve And Head Curve Variable Speed Pump, Power Input, Match System Curve And Head Curve Variable Speed Pump, Fraction Of Rated Speed Input, Match System Curve And Head Curve |
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| Loads and Structures Components (click here for details) | |
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Lumped Capacitance Multi-zone Building Load Imposed Flow Model Synthetic Building National Fenestration Rating Council (NFRC) Window Load Lump Load Imposed on an Air Stream 100+ New Windows for Type56 25 New Type56 Building Templates with Simulation Studio projects |
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| Optimization Components (click here for details) | |
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GENOPT Interface Device | |
| Solar Collector Components (click here for details) | |
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Linear Parabolic Concentrator Flat Plate Collector Model with Variable Speed Pump Option Flat Plate Collector Model with Variable Speed Pump Option and Mass Effects (2 Modes) Evacuated Tube Collector Model with Variable Speed Pump Option Integral Collector Storage Model with Immersed Heat Exchanger Options (none, coiled tube, horizontal tube bank, vertical tube bank, serpentine) Single Cover Top Loss Correlation Double Cover Top Loss Correlation Tubular Integral Collector Storage Unglazed Flat Plate Solar Collector (Efficiency Coefficient Method) Theoretical Unglazed Flat Plate Collector Unglazed Air Heating Collector Theoretical Fin/Tube Solar Collector (Pool Heater) Theoretical Serpentine Tube Solar Collector |
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| Storage Tank Components (click here for details) | |
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Aquastat Models (Heating and Cooling) Vertical Cylindrical Tank (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Vertical Cylindrical Tank with Immersed Serpentine Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Vertical Cylindrical Tank with Immersed Horizontal Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Vertical Cylindrical Tank with Immersed Vertical Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Vertical Cylindrical Tank with Immersed Coiled Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Horizontal Cylindrical Tank (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Horizontal Cylindrical Tank with Immersed Serpentine Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Horizontal Cylindrical Tank with Immersed Horizontal Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Horizontal Cylindrical Tank with Immersed Vertical Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Horizontal Cylindrical Tank with Immersed Coiled Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Spherical Tank (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Spherical Tank with Immersed Serpentine Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Spherical Tank with Immersed Horizontal Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Spherical Tank with Immersed Vertical Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Spherical Tank with Immersed Coiled Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Rectangular Tank (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Rectangular Tank with Immersed Serpentine Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Rectangular Tank with Immersed Horizontal Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Rectangular Tank with Immersed Vertical Tube Bank Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) Rectangular Tank with Immersed Coiled Tube Heat Exchanger (with jetting factors, n-heat exchangers, n-flows, and optional gas flue) |
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| Utility Components (click here for details) | |
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Ground Temperature Model K1, K2, K3 ASHRAE Infiltration Model Equipment Fouling with Scheduled Cleanings Average Day Creator for Two Inputs ASHRAE Occupancy Loads Sky Temperature Model 2-Dimensional Bin Sorter Random Number Generator from a Normal Distribution Random Number Generator from a Uniform Distribution Nested Forcing Function Model Multi Dimensional Data Interpolation Economic Analysis Out of Set Point Watcher |
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| If you are looking for a particular component that is not listed here, give us a call. We can help you find that component or help you create one if it doesn't exist. We may even have one for you that has not yet made it into the official component libraries. | |