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Re: [TRNSYS-users] FW: solar process heating simple system



Dear Shahrdad,

You may obtain the TESS Libraries from your local TRNSYS distributor. There is also a tempering valve controller in the TESS Controllers Library, and multi-port valves and diverters in the TESS Hydronics Library.

Best regards,

Matt Duffy


----- Original Message -----
From: "Shahrdad JavidRad" <shahrdad@live.de>
Sent: Thu, January 13, 2011 10:58
Subject: Re: [TRNSYS-users] FW: solar process heating simple system

Hi Jeff,

I will be using FPC, ETC and CPC collectors but Concentrators. I have used tempering valve type11b to control t! he temperatur, which does not work perfectly. Where can I find the TESS solar liberary?


Thanks
Javid



Date: Thu, 13 Jan 2011 12:11:31 -0600
Subject: Re: [TRNSYS-users] FW: solar process heating simple system
From: thornton@tess-inc.com
To: shahrdad@live.de; trnsys-users@cae.wisc.edu

Which collector technology will you be using?  Flat plates? Evacuated tubes?  Concentrators?  You'll want to consider the TESS Solar Library which has models that allow you to easily control the outlet collector temperature.

Jeff


----- Original Message -----
From: "Shahrdad JavidRad" <shahrdad@live.de>
Sent: Thu, January 13, 2011 1:59
Subject: [TRNSYS-users] FW: solar process heating simple system

ups... attached!

-----------------------------------
Hello everybody,

For my thesis in the field of solar process heating I need to work with TRNSYS but I am beginner :(
I am going to design a solar system (attached file) without storage and heat exchanger:

With wich standard components can I reach the below condition?

- The outlet temperature of the collector field is controlled by adapting the mass flow
in a range between 15% and the maximum of the mass flow. Below an irradiation
of 200 W/m² the mass flow set to zero. The heat removal of the process is
considered in a way that temperature is reset to Tset - 10 K. The delivered solar
heat only contributes to the yield if the temperature raise at the process interface is
more than 8 K. Otherwise the collector field runs in short circuit.

Thanks
regards Javid
 

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