Ēku 3D modelēšana un siltumslodzes aprēķini.
Programmatūra ir izstrādāta ēku 3D datorizētai modelēšanai, kā arī automatizētai atsevišķu telpu siltumslodzes aprēķināšanai
Programma aprēķina (atkarībā no versijas):
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siltumpārejas koeficientus sienām, grīdām, jumtiem un plakanajiem jumtiem;
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siltuma zudumus atsevišķām telpām;
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siltuma zudumus visai ēkai;
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siltuma līdzsvaru daudzdzīvokļu ēkām apkures periodā;
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energoefektivitātes sertifikātu;
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gada elektroenerģijas patēriņu;
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radiatoru atlasi (gandrīz 55 000 vienību).
| 7.0 Pro | 7.0 Basic | 6.9 Pro | 6.9 Basic | |
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| Import and export of drawings in DWG 2018 format |
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| Import of the building model from Revit 2016 - 2020 |
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| Possibility to add your own climate data |
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| Graphic creation of a building model |
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| Determining building energy performance certificates according to the methodology in Journal Of Laws of 18 March 2015. Item 376 - calculation method |
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| Module supporting the initial filling in of the Central register of energy performance of buildings form |
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| Heat transfer coefficient U for windows and door according to the standard PN-EN ISO 10077-1 |
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| Determining building energy performance certificates according to the methodology in Journal Of Laws of 2014. Item 888 - calculation method |
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| Shading coefficient Fsh according to the standard PN-EN ISO 13790 |
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| Possibility to add your own linear thermal bridges to the database |
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| Surfaces thermal bridges (linear and point) in multilayer partitions |
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| Bonding and scaling drawings |
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| Preview of the temperature compensation factor for homogeneous materials |
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| The internal unit heat capacity of the building is calculated based on a building structure |
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| The ability to define which groups of rooms are not to be taken into account when calculating the cost sharing factors |
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| Defining hygenic requirements for your own types of rooms |
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| The ability to define the default LENI value for lighting |
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| Creates a set of building materials in the building construction |
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| Backup system of data files |
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| Possibility to include a suspended ceiling in the thermal calculations of rooms |
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| Creates a set of building components in the building construction |
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| Creates a raport with a set of materials (building materials, building components, carpentry, radiators, manufacturers) |
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| Heat load PN-EN 12831 |
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| Selecting radiators |
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| Cooperation with programs from the SET family |
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| Energy Performance Certificate according to the methodology from 2008 |
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| Energy use - cooling PN-EN ISO 13790 |
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| Computing variables |
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| Heat transfer coefficient PN-EN ISO 6946 |
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| Heat transfer through the ground PN-EN ISO 13370 |
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| Inhomogeneous partitions |
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| The system default data inheritance |
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| Correctness check of the model |
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| Three-dimensional preview of the imported building model |
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| Moisture analysis of the building partitions – calculator of temperature distribution |
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| Moisture analysis of the building partitions calculator of temperature distribution and vapor pressure |
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| Moisture analysis of the building partitions - PN-EN ISO 13788 |
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| Heat load PN-B-03406 (an obsolete standard) |
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Vienkārša jūsu projekta datu ievade datorā
Lietotājam draudzīgais 3D projektu redaktors palīdz projektētājiem veikt efektīvu un ātru datu ievadi.
Vienkārša ēku stāvu modelēšana datorā
Izmantojot funkciju, ar kuru iespējams ievadīt ēkas pamata rasējumus, lietotāji var uzzīmēt sienas, logus, durvis un grīdas bez vajadzības manuāli veikt šo komponentu precīzu mērīšanu. Ēkas pamata rasējumus iespējams importēt no DWG datnēm, bitkartēm vai tiešā veidā no skenēšanas ierīcēm.
Modeļa pareizības pārbaude
Pēc ēku 3D modeļu izveides datorā projektētāji var veikt ievadīto ēkas starpsienu pareizības pārbaudi.
Laika ietaupījums
Datu pārmantošanas koncepcija un noklusējuma dati ietaupīs lietotāju laiku un pūles, ievadot individuālus ēkas komponentus.
Ātras parametru modifikācijas izvēle
Izmantojot mainīgos lielumus, iespējams veikt variantu aprēķinus.
Autortiesības © v SANKOM Sp. z o.o.