[esp-r] Re: [ESP-r] gaps for window

[simsera1110]

Thank you for your advice and I have more questions about it.

I downloaded GSLEdit program as you said and make window glazing with
argon and krypton in this simulation. And it was stored to ESP-r
Output file format.
and then..
how are the GSL files that i made in GSLedit brought to esp-r?
and i don't know how to make or use CFC constructions.



On 2/26/11, Achim Geissler <achim.geissler at intergga.ch> wrote:
> Dear Simsera
>
> with standard TMC constructions in ESP-r you do not need (or, better, you
> cannot define) "Air", "Krypton" or "Argon". The U-value of a TMC is adjusted
> by setting the resistance of the air layer (material type "0"). As an
> alternative, you can use CFC constructions. For this, you need to download
> the GSLEdit program from the ESRU homepage. With this additional software
> you can set up IGUs similar to the Window program (IGDB data is available).
> Also, here the gas filling of the IGU must be chosen to needs and the
> U-value is calculated at run time and is not a constant value.
>
> Best
> Achim
>
>
> On Feb 25, 2011, at 8:21 AM, simsera1110 wrote:
>
>> Dear. all
>>
>> I made some databases in Gaps to create window construction with W6
>> library.
>>
>> I typed conductivity and specific heat and density, thickness of air.
>>
>> and then,  I composed "window system " in Construction.
>>
>> but whenever I click the "Air" in Gaps option, it doesn't be respected
>> like below...(yellow part)
>> (U-value of double glazing is same with single glazing one)
>>
>> How do i make gas database for window system ?
>>
>> I want to make Krypton and Argon database, too.
>>
>>
>>
>> ↓
>>
>> Details of transparent construction: 6_doubleCLai with doubleAirCL
>> optics.
>>
>>
>>  Layer|Prim|Thick |Conduc-|Density|Specif|IR  |Solr|Diffu| R    |Descr
>>
>>       |db  |(mm)  |tivity |       |heat  |emis|abs |resis|m^2K/W
>>
>>  Ext   252    6.0     1.022  2500.   750. 0.84 0.12 19200.  0.01 6mm
>> CL_sim : 6mm CLEAR glass simsera
>>     2  -99   12.0     1.022  2500.   750. 0.84 0.12 19200.  0.01 6mm
>> CL_sim : 6mm CLEAR glass simsera
>>  Int   252    6.0     1.022  2500.   750. 0.84 0.12 19200.  0.01 6mm
>> CL_sim : 6mm CLEAR glass simsera
>>  ISO 6946 U values (horiz/upward/downward heat flow)=  5.168  6.117  4.283
>> (partition)  3.528
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>
> achim.geissler at intergga.ch
>
>
>
>
>