Physibel software used by Permasteelisa Part 2 · comparison Bisco vs. Therm: ... but a converter...
Transcript of Physibel software used by Permasteelisa Part 2 · comparison Bisco vs. Therm: ... but a converter...
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Introduction
Permasteelisa is a worldwide operating façade contractor.
Physibel (Belgium) develops thermal software for building applications.
The Physibel software is used worldwide by Permasteelisa.
1) for standard U-value calculations of façades
2D steady simulation
2) for advanced thermal simulations
3D / steady state and transient / advanced infrared and solar radiation /
fire simulations /ventilated façades
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Introduction
Physibel software used by Permasteelisa: Part 1 22/09 morning
- Program BISCO (2D steady state)
principles - example calculation
- Comparing BISCO with THERM
- Why using alternative software?
Physibel software used by Permasteelisa: Part 2
Software demonstration
- 2D
- 3D
- Steady state and transient
- Advanced infrared and solar radiation
- Ventilated façades
- Building simulation (energy demand and thermal comfort)
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Physibel program BISCO
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2D steady state heat transfer simulation
Program principles: example wooden_frame_sample_Bisco.bsc
comparison Bisco vs. Therm: Bisco_vs_Therm_isotherms.png
BISCO uses a 256 colour BMP drawing.
The module BiscoDxf converts DXF to BMP: example Frame1.dxf
The BMP file is imported into BISCO: Frame1a.bsc
and automatically processed according to standard rules: Frame1b.bsc
BISCO allows replacing the insulation panel by a glazing: Frame1c.bsc
The equivalent thermal conductivity of cavities is basically calculated
according to EN ISO 10077-2, but a converter is available to apply the ISO
15099 rules.
An advanced radiation model (view factor based radiosity method) is
available: Frame1d.bsc.
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Physibel program BISCO
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2D steady state heat transfer simulation
BISCO highlights
BISCO can deal with complexity
1085183+1085192_24_glas.bsc
C506_plancher.bsc
BISCO report module
BiscoReportTemplate_.doc
Window U-value spreadsheet
U-window_EN_NFRC.xls
Advanced radiation: clear sky conditions
roof_edge.bsc
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Physibel program TRISCO
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3D steady state heat transfer simulation
Program principles:
coloured blocks / 3D geometry syntax / DXF-input / BISCO-input
examples CD_EN_10211_3D.trc (thermal bridge)
frame3_screws.trc (glazed façade)
wooden_frame_glazed.trc (advanced radiation)
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Physibel program TRISCO
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3D steady state heat transfer simulation
examples vacuum_glazing_punctual_and_border_spacers.trc
(advanced radiation)
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Physibel program SOLIDO
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3D steady state heat transfer simulation in complex shapes
Program principles:
coloured solids / 3D geometry syntax / TRISCO-input / STL-input
examples spider.sld (spider glazing)
demo_solido_stl1.sld (rain screen wall)
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Physibel program BISTRA
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2D transient heat transfer simulation
Program principles: example shadow_box.bst
- climate data: Seoul.FTE / Seoul.FSG / Seoul.FSD
- solar processor
- ventilated zones shadow_box.avi
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Physibel program VOLTRA
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3D transient heat transfer simulation
Example double_facade_with_ventilation_vtr.vtr
Experimental validation Box_Outdoors_Exp.vtr
box_outdoors_28_sept.ppt
box_outdoors_charts.ppt
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Physibel program CAPSOL
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Building 1D transient heat transfer simulation
(equivalent to Trnsys, EnergyPlus, …)
The target of transient building simulation is
- to predict the thermal comfort (for example transgression houres)
- to predict energy demand for heating and cooling
over a whole year period
taking into account real climate data
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Physibel Software Pilot Book
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The Physibel PilotBook is a set of documents discussing Physibel software applications.
Physibel_PilotBook_v2.xls
Ask for a free copy !