SolarAbsorption

- V1.1

Active

Property attributes in the data dictionary, per EN ISO 23386

GUID 792b36f04f4a41d3a3e674d013692a7d
URI https://pdts.pt/uri/0.1/prop/AbsorcaoSolar
Version: https://pdts.pt/uri/0.1/prop/AbsorcaoSolar/v1
Name Solar absorption
Name (code form) SolarAbsorption
Definition Proportion of the incident solar radiation that is absorbed by a glazing system. It is the sum of the absorption distributed to the outside and to the inside. Note the following equation: SolarAbsorption + SolarReflectance + SolarTransmittance = 1. e.g. 0.3
Units
Visual representation
Status Active
Reference document n/a
Date of creation 2022-06-05
Date of activation 2022-06-05
Date of last change 2022-06-05
Date of revision 2022-06-05
Date of version 2022-06-05
Version 1
Revision 1
Replaced properties
Replacing properties
Relation to other data dictionaries
Creator’s language pt-PT
Country of use PT
Country of origin PT
Physical quantity number
Dimension
Data type String
Dynamic property FALSE
Parameters of the dynamic property
Names of the defining values
Defining values
Tolerance
Digital format
Text format (UTF-8, 32)
List of possible values in language n
Boundary values
Deprecation explanation
Deprecation date

This property appears in:

Data template Property description
door V1.1 Proportion of the incident solar radiation that is absorbed by a glazing system. It is the sum of the absorption distributed to the outside and to the inside. Note the following equation: SolarAbsorption + SolarReflectance + SolarTransmittance = 1. e.g. 0.3
door V2.1 Proportion of the incident solar radiation that is absorbed by a glazing system. It is the sum of the absorption distributed to the outside and to the inside. Note the following equation: SolarAbsorption + SolarReflectance + SolarTransmittance = 1. e.g. 0.3
Window V1.1 Proportion of the incident solar radiation that is absorbed by a glazing system. It is the sum of the absorption distributed to the outside and to the inside. Note the following equation: SolarAbsorption + SolarReflectance + SolarTransmittance = 1. e.g. 0.3