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Building 3D modelling and heat load calculations.
Software designed for 3D computer modelling of buildings, as well as for computer aided calculations of heat load of individual rooms.
The program calculates (depending on the language version):
|7.0 Pro||7.0 Basic||6.9 Pro||6.9 Basic||6.1 Basic|
|Import and export of drawings in DWG 2018 format|
|Import of the building model from Revit 2016 - 2020|
|Possibility to add your own climate data|
|Graphic creation of a building model|
|Determining building energy performance certificates according to the methodology in Journal Of Laws of 18 March 2015. Item 376 - calculation method|
|Module supporting the initial filling in of the Central register of energy performance of buildings form|
|Heat transfer coefficient U for windows and door according to the standard PN-EN ISO 10077-1|
|Determining building energy performance certificates according to the methodology in Journal Of Laws of 2014. Item 888 - calculation method|
|Shading coefficient Fsh according to the standard PN-EN ISO 13790|
|Possibility to add your own linear thermal bridges to the database|
|Surfaces thermal bridges (linear and point) in multilayer partitions|
|Bonding and scaling drawings|
|Preview of the temperature compensation factor for homogeneous materials|
|The internal unit heat capacity of the building is calculated based on a building structure|
|The ability to define which groups of rooms are not to be taken into account when calculating the cost sharing factors|
|Defining hygenic requirements for your own types of rooms|
|The ability to define the default LENI value for lighting|
|Creates a set of building materials in the building construction|
|Backup system of data files|
|Possibility to include a suspended ceiling in the thermal calculations of rooms|
|Creates a set of building components in the building construction|
|Creates a raport with a set of materials (building materials, building components, carpentry, radiators, manufacturers)|
|Heat load PN-EN 12831|
|Cooperation with programs from the SET family|
|Energy Performance Certificate according to the methodology from 2008|
|Energy use - cooling PN-EN ISO 13790|
|Heat transfer coefficient PN-EN ISO 6946|
|Heat transfer through the ground PN-EN ISO 13370|
|The system default data inheritance|
|Correctness check of the model|
|Three-dimensional preview of the imported building model|
|Moisture analysis of the building partitions – calculator of temperature distribution|
|Moisture analysis of the building partitions calculator of temperature distribution and vapor pressure|
|Moisture analysis of the building partitions - PN-EN ISO 13788|
|Heat load PN-B-03406 (an obsolete standard)|
User's friendly 3D design editor assists designers in effective and fast data input.
Thanks to the functionality of entering building base drawings, users can draw walls, windows, doors and floors with no requirement of precise manual dimensioning of all these components. Import of building base drawings is possible from DWG files, bitmaps or directly from scanning devices
After 3D computer models of buildings have been created, designers can perform correctness check of entered building partitions.
The concepts of data inheritance and default data will save users time and effort when entering individual building components.
Application of variables enables performing variant calculations.
Already at the stage of designing buildings, designers can assess the required dimensions of radiators in heating systems.
Designers can prepare technical documentation for projects, basing on extensive overviews of materials, building partitions and selected radiators.
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