I'll repeat my answer from earlier as it hasn't changed: It depends on how you'd like to model the collector. If the collector has been tested to one of the common collector test standards (EN12975-2 for example), then it can be readily modeled in TRNSYS. If you are looking for a detailed physics-based first principles model of a concentrating heat pipe collector, I am not aware of one.
Jeff
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Jeff Thornton President - TESS LLC 22 N. Carroll Street, Madison WI USA 53703 Office: (608) 274-2577 Fax: (608) 278-1475 www.tess-inc.com E-Mail: thornton@tess-inc.com
On 05/19/2014 2:23 pm, mohameed alsamareey wrote:
i mean calculate temperature after and before manifold as a file that it is enclosed with this messageOn , mohameed alsamareey <muham76@yahoo.com> wrote:
Hi Jeffi would like to calculate the temperature water at manifold (at location the heat pipe condenser putted in manifold )HiOn Monday, May 19, 2014 12:07 PM, Jeff Thornton <thornton@tess-inc.com> wrote:
It depends on how you'd like to model the collector. If the collector has been tested to one of the common standards (EN12975-2 for example), then it can be readily modeled in TRNSYS. If you are looking for a detailed physics-based first principles model of a concentrating heat pipe collector, I am not aware of one.Jeff---
Jeff Thornton President - TESS LLC 22 N. Carroll Street, Madison WI USA 53703 Office: (608) 274-2577 Fax: (608) 278-1475 www.tess-inc.com E-Mail: thornton@tess-inc.comOn 05/19/2014 11:09 am, mohameed alsamareey wrote:Dear for allI would like to know , is TRNSYS solve parabolic trough solar collector with heat pipe?i mean that the heat pipe is consist two part (evaporator+condenser), theromsyphon occurs in the heat pipethe heat pipe places in the focal line of the parabolicMany ThanksMohammed
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