Here you may find more information about the simulation conditions, the norms and the boundary conditions used for the values below.
Geographic Information
INVALID-GL
gtot
0
%
87
Tv
0
%
100
Selectivity
0
2.2
Ug
Thermal Transmittance
Fc
Shading Factor
Thickness [ mm ]
Weight [ kg/mq ]
Rw(C,Ctr)dB
Comportamento Solare
Here are summarized the Energetic/Solar values, hence the ones that consider the entire solar spectrum. Qualitative judgments are inspired by those of the standard EN14501 prioritizing the effectiveness of the solar shading.
Comportamento luminoso
Here is a summary of the Light values, hence the ones that consider only the portion of the solar spectrum visible to the human eye.
Comportamento UV
Here is a summary of the Ultraviolet values, considering just the UV portion of the solar spectrum. Other than the value of transmission according to EN410, you also may find an analysis according to ISO9050 and a enlarged spectrum considering in addition to the UV wavelenghts also the highest frequencies of the light spectrum, which are also responsible for discoloration of the materials and skin damage.
Safety in Use
Safety in Use
Scomposizione radiazione Luminosa
In this graph you can see how the total solar incident radiation on the system is splitted in Reflection, Absorption and Transmission.
Scomposizione Fattore solare g
In this graph we can see that the percentage of energy entering into the environment (the Solar Factor) is splitted in energy transmitted directly into the room (Solar Transmission, which brings light together with 'invisible' heat) and secondary energy released into the environment by the hot surface of glass or an internal shading device.
Analisi Cromatica
In this table you can evaluate the Chromatic Analysis in transmission and reflection. This calculation should be considered still in a beta stage of development.
Transmission/Reflection Spectra and color properties
This graph illustrates the 'Spectrum' of the glass or in other words how the Transmission, Internal and External Reflection vary at different wavelengths
Temperatures
In this graph we can observe how the temperature vary in the various layers of the analyzed system. The temperatures are directly related to the boundary conditions simulated.