[TRNSYS-users] Storage Tank 3 In/Outlets
Ökoplan Frau Settler
settler at oekoenergie.de
Tue Sep 22 02:03:24 PDT 2009
Hello TRNSYS users,
I am searching for a thermal storage tank model (vertical, cylindrical) with
three inlets and three outlets, similar to Type 4 or Type 60.
Where can I find one?
Best Regards,
Sarah
Mit freundlichem Gruß,
Sarah Settler
Ökoplan
Büro für zeitgemäße Energieanwendung
Hummelsbütteler Weg 36
22339 Hamburg
T 040 5394143 F 040 5394144
_____
Von: knut.erik.enerstvedt at niva.no [mailto:knut.erik.enerstvedt at niva.no]
Gesendet: Dienstag, 22. September 2009 09:22
An: coalespr at btinternet.com
Cc: trnsys-users at cae.wisc.edu
Betreff: Re: [TRNSYS-users] How many zones?
Paul,
The easiest way is to use two zones, but if the thernostat is in the hall,
maybe you should include that zone as well? You can also consider using
CONTAM or COMIS to calculate air exchange between the zones, although this
makes it more complicated.
You can have one emitter for each zone. To represent parallell heating
circuits, just split the total flow from the heat pump using a diverting
valve component (Hydronics library) into one stream for each emitter and
then, after the emitters, combine the streams again using a mixing valve
component and connect it back to the heat pump.
Kind regards,
Knut Erik
From:
trnsys-users-request at cae.wisc.edu
To:
trnsys-users at cae.wisc.edu
Date:
09/18/2009 02:24 PM
Subject:
TRNSYS-users Digest, Vol 57, Issue 31
_____
----- Message from PAUL COALES <coalespr at btinternet.com> on Fri, 18 Sep 2009
08:25:48 +0000 (GMT) -----
To:
trnsys-users at cae.wisc.edu
Subject:
[TRNSYS-users] How many zones?
I am modelling a 2-floor domestic property. The 2 floors are connected by
an open hall, stairs and landing. A thermostat is located in the hall.
A single heating system (GSHP) will need to supply heat to both floors
(under floor heating or low temperature radiators.)
What is the easiest way of modelling this; I'm thinking:
1) Use 2 zones; One for upstairs and one for down stairs.
2) Each zone has an emitter.
3) Each emitter is a load on the same heating system. Is it easy to
represent parallel heating circuits from a single heat source? What
components should I be looking at?
Any comments welcome.
Thanks
Paul
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