A holistic microclimate model

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intro:modelconcept [2021/07/28 02:18] – enviadminintro:modelconcept [2022/04/04 19:24] – [Module Overview] enviadmin
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   * Transpiration, Evaporation and sensible heat flux from the vegetation into the air including full simulation of all plant physical parameters (e.g. photosynthesis rate)    * Transpiration, Evaporation and sensible heat flux from the vegetation into the air including full simulation of all plant physical parameters (e.g. photosynthesis rate) 
   * Dynamic surface temperature and wall temperature calculation for each facade and roof element supporting up to 3 layers of materials and 7 calculation points in the wall/ roof.    * Dynamic surface temperature and wall temperature calculation for each facade and roof element supporting up to 3 layers of materials and 7 calculation points in the wall/ roof. 
 +  * Support of wall/ roof greening systems including substrate layer 
   * Water- and heat exchange inside the soil system including plant water uptake   * Water- and heat exchange inside the soil system including plant water uptake
   * 3D representation of vegetation including dynamic water balance modelling of the individual species    * 3D representation of vegetation including dynamic water balance modelling of the individual species 
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 =====Soil model===== =====Soil model=====
  
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 ** Vegetation water supply ** ** Vegetation water supply **
-Plants are living organisms and will only contribute in positive way to the local microclimate, if enough water is available in the soil within the root zone. Together with the simulation of the soil water content and the new sophisticated 3D root model, the dynamic water supply of the plant and the resulting water extraction from the soil can be calculated. +Plants are living organisms and will only contribute in a positive way to the local microclimate, if enough water is available in the soil within the root zone. Together with the simulation of the soil water content and the 3D root model, the dynamic water supply of the plant and the resulting water extraction from the soil can be calculated. 
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 =====Vegetation Model===== =====Vegetation Model=====
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 ===== Built environment & Building system===== ===== Built environment & Building system=====
  
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 =====Data Analysis and Workflow Managment ===== =====Data Analysis and Workflow Managment =====
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 ** It's the format that matters...** ** It's the format that matters...**
-Starting with the WinterRelease 2019, we have added the option to export ENVI-met datafiles into the NetCDF format. This standard allows you to use ENVI-met datafiles directly in several other applications such as ESRI ArcMap or any other geospatial software. In addition, starting with Version 5, ENVI-met has also changed ALL outputfiles to be readable by standard CSV convnetions, including Python Pandas.+Starting with the WinterRelease 2019, we have added the option to export ENVI-met datafiles into the NetCDF format. This standard allows you to use ENVI-met datafiles directly in several other applications such as ESRI ArcMap or any other geospatial software. In addition, starting with Version 5, ENVI-met has also changed ALL outputfiles to be readable by standard CSV conventions, including Python Pandas.
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 =====Internals===== =====Internals=====