Matias
There are some points which should be
considered.
You did not mention which cooling/heating
load you are monitoring. 1-Cooling/heating load of type 56 or 2-cooling/heating
load of type 56 plus cooling/heating load of external coil (in AHU).
If you are monitoring the first one and
your supply air temp is equal to room set point definitely you could not see
any difference.
If you are monitoring the second one you
should see difference.
Apart from that it seems that you are
supposing to have supply air equal to room temp. If I am right I should say
that this assumption is not true and supply air should be roughly in 10
difference from room temp.
Hope it helps
Regards
Mehdi
From:
trnsys-users-bounces@cae.wisc.edu [mailto:trnsys-users-bounces@cae.wisc.edu] On Behalf Of Matias Garcia
Sent: 01 February 2011 09:17
To: trnsys-users@cae.wisc.edu
Subject: Re: [TRNSYS-users] Ahu
coupled with a secondary heating / coolingsystem
Dear Trnsyws users,
I forgott to say that the supply air temperatures from the AHU are 20°C for
winter and 18°C for summer. i could understand that there is no change in
winter as my set point is 20°, but in summer with a set point temperature
between 24-28°C there should be a difference on the cooling load when sending
more or less air
2011/2/1 Matias Garcia <matias.garcia0@gmail.com>
Dear Trnsys users,
I am simulaitng an AHU coupled with a secondary system for heating and cooling.
For the secondary system I am using the heating and cooling type manager from
Type 56. What I obtain is independtly from the air change rate imposed by the
mechanical ventilation, the cooling and heating loads of the type manager
remain the same. Are the heating and cooling type managers not adequate to
simulate this or I am doing something wrong?
Thanks in advance!
Matias