Session 8: Tools and Methods (Tools und Methoden)
Freitag, 10. März 2023, Studio
In Wiesbaden, wird aufgezeichnet
Uhrzeit (MEZ) | Vortrag | Referent*in |
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16.15 Uhr | Begrüßung | ![]() Chair |
16.20 Uhr |
Streamline Complex PHPP Modeling Workflows Using the New 'Honeybee-PH' Honeybee-PH is a new free, open-source software toolkit designed to help Passive House practitioners manage complex building data more efficiently. This toolkit allows PHPP modelers to reduce model time, improve model flexibility, and limit errors significantly when used as part of BIM workflow.
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![]() Edwin Peter May | BLDGTYP, LLC |
16.35 Uhr |
Latest Developments in designPH Nähere Informationen folgen |
![]() Dragos Arnautu & David Edwards | Passivhaus Institut |
16.50 Uhr |
Syncing Building Information Models with the PHPP using PH Live Sync PH Live Sync is an add-in for Autodesk® Revit® allowing two-way live syncing of data between the Passive House Planning Package (PHPP) and the Building Information Model (BIM) giving designers a new simple, accurate, and efficient workflow for their Passivhaus projects.
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![]() Anthony Burns| PH Live Sync |
17.05 Uhr | Fragen und Antworten | |
17.25 Uhr |
Prediction of PV Self-consumption in Buildings - Simulation Results and Tool Development Evaluating and optimizing the possibility of using the PV yield directly in the building is challenging. A spreadsheet-based analysis of PV and thermal and/or electric energy storage at building level is developed based on extensive building and system simulations using reference buildings. |
![]() Fabian Ochs | Universität Innsbruck |
17.40 Uhr |
Dealing with Heat Waves: Can I Use the PHPP to Size Cooling Equipment? The article looks at using the PHPP for sizing cooling equipment and compares results with multi-zone calculations using dynamic simulation, based on a simple worked example of a completed and certified Passivhaus residential building in a warm climate. |
![]() Oliver Style | Praxis Resilient Buildings |
17.55 Uhr |
outPHit Verified Performance - Monitoring Made Easy The outPHit project develops a largely automated system to acquire and evaluate monitoring data. In a standardised procedure the PHPP energy balance is used to account for the actual boundary conditions, such as weather data, indoor temperature etc. and compare expected and metered consumption. |
![]() Wolfgang Hasper | Passivhaus Institut |
18.10 Uhr | Fragen und Antworten | |
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Zu Session 7
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