Description
GRAITEC announces the release of ArchiWIZARD. This solution provides accurate thermal, light, solar gains and shadows analysis, renewable energy simulation (photovoltaic & thermal solar systems).

About Graitec ArchiWIZARD. ArchiWIZARD is a real-time 3D analysis software based on BIM model directly connected to the architectural CAD solutions. ArchiWIZARD provides accurate thermal, light, solar gains and shadows analysis, renewable energy simulation (photovoltaic & thermal solar systems). It embeds EnergyPlus v8.1 building energy simulation program (STD) to combine even more accurate building performance analysis still with the advanced usability of ArchiWIZARD user interface and interoperability capacities. ArchiWIZARD has been evaluated for french regulation RT2012 compliance by CSTB. From the sketch, for new constructions and refurbishment, ArchiWIZARD informs you about the relevance and performance of your architectural and technical choices regarding to energy performance, thermal and visual comfort, and bioclimatic quality. It comes with numerous building elements libraries and easy-to-use configuration, results visualization and reports production tools.

About GRAITEC. Founded in 1986, GRAITEC is an Autodesk Platinum Partner in Europe and America and a long standing international Autodesk Partner and independent developer of high performance BIM Solutions for the AEC industry.

Operating throughout 29 offices across 12 countries worldwide, GRAITEC offers its clients an extensive range of established software solutions combined with the full portfolio of Autodesk products and BIM suites which help address the most demanding projects needs and maximize productivity, efficiency and performance. GRAITEC is an innovation focused company whose products are used by more than 40,000 construction professionals worldwide.
Whats New

ArchiWIZARD Ⓒ 2024.1.0 (12.1.0)

Improvements
-Added the possibility of modifying the maximum wall thickness when importing.
-Added the option of calculating the linear coefficient of intermediate floors (Psi L9) globally or according to zone/group breakdown
-Improved classification of thermal bridge libraries
-Improved display of thermal bridge library images thanks to a scroll bar
-Extension of edit mode to RT-ex
-Added the ability to import and export quantity in .csv format in the editor mode
-Added visual aids for certain parameters (inertia, masks)
-Added the ability to calculate the light autonomy of interior rooms with windows (Beta)
-Creation of a function to apply the performance of a bay to a selection of bays
-Improved ability to display a bay in the RE2020/RT2012/RTEx modules by selecting it from the 3D interface
-EDIBATEC database update
-Improved import of "Electrical compression thermodynamic system" objects from the EDIBATEC database
-Fixed bug opening .xml files from RT-Ex

Bug fixes
-Correction of a bug in the calculation of parameter "hauteur de tirage thermique"
-Correction of some incorrect thermal bridge types in libraries

RE2020 ACV[PREMIUM] Improvements
-Added warning for empty lot and/or sub-lot
-Modification of display by separating dynamic results from static results
-Add new dynamic results

Bug fixes
-Corrected a bug preventing the simultaneous update of several components following modification in the INIES database.
-Fixed a bug in the import of quantity files in .csv format

RE2020 energie[PROFESSIONAL + PREMIUM] Improvements
-Deletion of unnecessary parameters at group level for Office and Education uses
-Added limits to emitter time variation values
-Modification of default values for single-family homes in the ATLANTIC ventilation selection tool
-Updated tables of values to be taken into account for heat networks

Bug fixes
-Correction of Ueq calculations for low floors over crawl spaces
-Correction of a bug in the calculation of the "share of access to natural light" blocking the RE2020 calculation
-Corrected a bug in the display of non-renewable priby station in the case of heating/cooling networksmary energy consumption results

STD[PREMIUM] Improvements
-Modification of the internal input interface to parameterize occupant behavior for hygrothermal comfort assessment.
-Add hygrothermal comfort models (PMV-PPD, adaptive comfort) and results linked to these models

EN12831[PREMIUM] Improvements
-Added new results describing all heat loss surfaces taken into account for each room

Bug fixes
-Corrected a bug in the display of results by room in reports
-Corrected a bug in the use of automatic loops in the report creation tool
-Alphabetical classification of parts in the reporting tool

Revit integrated version Improvements
-Moving of the direct import button to standalone version
-Correction of a bug in the import of curtain wall elements

Homepage:

https://graitec.com/

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