[esp-r] Re: Heating and Cooling Loads
Rodrigo Perez
rodrigo.jpg at gmail.com
Wed Sep 9 14:09:47 BST 2009
Tienes el modelo, para correrlo en DesignBuilder???? O si gustas me lo
envías y lo puedo simular y comparamos.
Saludos cordiales,
Rodrigo Pérez.
_____
De: esp-r-bounces at lists.strath.ac.uk
[mailto:esp-r-bounces at lists.strath.ac.uk] En nombre de Tang, David
Enviado el: miércoles, 09 de septiembre de 2009 0:23
Para: Felipe Durán; leen peeters; Tang, Kevin; Xing, Nina
CC: esp-r at lists.strath.ac.uk
Asunto: [esp-r] Re: Heating and Cooling Loads
Describe your model we'll run DOE2 and EnergyPlus to see who's right.
geometry,
orientation
wall, window, roof materials,
boundary conditions (is the wall contact outside, ground, other indoor
space?)
run period (from mm/dd to mm/dd),
etc.
as detail as possible.
Regards,
David Tang
Chief Engineer, Energy Solutions
Owens Corning
T: +86 21 6101 9587; F: +86 21 6101 9588; m: +86 13817249419
From: esp-r-bounces at lists.strath.ac.uk
[mailto:esp-r-bounces at lists.strath.ac.uk] On Behalf Of Felipe Durán
Sent: Wednesday, September 09, 2009 5:10 AM
To: leen peeters
Cc: esp-r at lists.strath.ac.uk
Subject: [esp-r] Re: Heating and Cooling Loads
Leen,
I am working with the EPW climate file of Santiago de Chile in both soft
wares. I ve modelled a zone of 10 x 10 x 3 mt. high with no ventilation and
no internal gains. The results are:
ESP-r = 11.9 (heating), 1.86 (cooling)
IES = 14.6 (heating), 5.2 (cooling)
Now we got great differences in the cooling load. IES gave me 3 times more
cooling loads than ESP-r
Any ideas how to go proceed?
Felipe Durán Palma
Arquitecto PUC, MPhil. U. Cambridge
Director de Proyectos y Asesorías
Obispo Donoso 5 oficina 62 - Providencia - Santiago
felipe at b-green.cl - www.b-green.cl - 56 (2) 3431868
El 8 Sep 2009, a las 16:49, leen peeters escribió:
Felipe,
set you climate to some artifical constant climqte with constant
temperature, constant solar radiation,... That is one more set of variables
excluded
Leen
2009/9/8 Felipe Durán <felipe at b-green.cl>
Dear Samuel and Leen,
Actually, when I found out such big differences I ve modelled a very simple
3-zone model and the differences persist.
I will try out with a simple box without ventilation and internal gains and
I will let you know the results.
Thank you all for your help.
Felipe Durán Palma
Arquitecto PUC, MPhil. U. Cambridge
Director de Proyectos y Asesorías
<pastedGraphic.tiff>
Obispo Donoso 5 oficina 62 - Providencia - Santiago
felipe at b-green.cl - www.b-green.cl <http://www.b-green.cl/> - 56 (2)
3431868
El 8 Sep 2009, a las 13:19, Aizaz Samuel escribió:
Try reducing your model complexity by modelling just one zone with minimal
information possible. Simulate for just one day. If the two softwares
compare
well keep building up the model in complexity.
-Aizaz
On Tuesday 08 September 2009 17:41, Felipe Durán wrote:
Dear All,
I am modeling in both ESP-r and IES-VE and office building and the results
for heating and cooling loads are very different.
ESP-r = 269 kW (heating); 237 kW (cooling)
IES-VE = 835 kW (Heating); 360 kW (cooling)
Does anyone had a similar experience with such differences?
Kind Regards,
Felipe Durán Palma
Arquitecto PUC, MPhil. U. Cambridge
Director de Proyectos y Asesorías
[cid:B9AD3F91-76F4-4F37-8A2C-7A559281C059
<http://mail.google.com/mail/?ui=2&ik=8c428781db&view=att&th=1239aec006a1c65
8&attid=0.0.1.1&disp=emb&zw> ]
Obispo Donoso 5 oficina 62 - Providencia - Santiago
felipe at b-green.cl<mailto:felipe at b-green.cl> -
www.b-green.cl<http://www.b-green.cl <http://www.b-green.cl/> > - 56 (2)
3431868
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