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[TRNSYS-users] Implementation of TESS-Type 669



Hi Jeff,

found something in the source code, that does not match the proforma - see
appendix.

Regards Heinrich


--------------------------------------------------
b+e
Ingenieurbüro
für Bauklima und
Energiekonzeption
Dr. Heinrich Post
Brienner Str. 48
D-80333 München

Fon     +49 (0) 89/54320678
Fax     +49 (0) 89/54320679 
Mobil   +49 (0) 160/7225740
mailto:dr.post@ib-bauklima.de
Besuchen Sie uns im Internet:
www.ib-bauklima.de
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-----Ursprüngliche Nachricht-----
Von: info.bauklima [mailto:info@ib-bauklima.de] 
Gesendet: Mittwoch, 29. August 2007 11:01
An: 'thornton@tess-inc.com'; 'Heinrich Post'; 'trnsys-users@engr.wisc.edu'
Betreff: AW: [TRNSYS-users] Implementation of TESS-Type 669

Hi Jeff,

There is a mistake in proformo definition - see appendix But why are there
no outputs for energy-values, because of wrong performa definition.
flowrate ist evaluated as pressure I guess.
Does the mistake in the proforma - definition generate zero values for
calculated energy-values ?

Regards

Heinrich

--------------------------------------------------
b+e
Ingenieurbüro
für Bauklima und
Energiekonzeption
Dr. Heinrich Post
Brienner Str. 48
D-80333 München

Fon     +49 (0) 89/54320678
Fax     +49 (0) 89/54320679 
Mobil   +49 (0) 160/7225740
mailto:dr.post@ib-bauklima.de
Besuchen Sie uns im Internet:
www.ib-bauklima.de
--------------------------------------------------
 
 


 

-----Ursprüngliche Nachricht-----
Von: Jeff Thornton [mailto:thornton@tess-inc.com]
Gesendet: Mittwoch, 29. August 2007 00:13
An: Heinrich Post; trnsys-users@engr.wisc.edu
Betreff: Re: [TRNSYS-users] Implementation of TESS-Type 669

<I would like to use the TYPE "696b" of the TESS-HVAC-library in my project,
to model the energy-consumption of a simple AC-Unit. But when I checked the
studio example, that I got from TRANSSOLAR , I realized that there is no
possibility to evaluate the energy output of the component.>

The outputs of the model from the proforma should be:

OUT(1)=Outlet air temperature
OUT(2)=Outlet air humidity ratio
OUT(3)=Outlet air percent relative humidity OUT(4)=Outlet air flow rate
OUT(5)=Outlet air pressure OUT(6)=Sensible energy requirement in heating
mode OUT(7)=Latent energy requirement in heating mode OUT(8)=Total
(sensible+latent) energy requirement in cooling mode OUT(9)=Sensible energy
requirement in cooling mode OUT(10)=Latent energy requirement in cooling
mode OUT(11)=Required reheat energy

Please let me know what the outputs are in the proforma that you are using.

Thanks!

Jeff


Jeff Thornton
President - TESS, LLC

2916 Marketplace Drive - Suite 104
Madison WI 53719 USA

Phone: 608-274-2577
Fax: 608-278-1475
E-mail: thornton@tess-inc.com
Web: www.tess-inc.com

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