Modeling Parabolic Trough Systems, June 2014

[@sinaazami2959]

Thanks for all the great videos and support, well done

[@taqiyeddineboukelia]

Thanks for the Software and for the video too

[@vithlanibhargav9643]

Thanks for the video

[@saroevasn]

hi sir, I am trying to use solar trace for a PTC with california as the case study. Please upload a tutorial for such an application

[@zakariaelhassani9134]

how to add file exel in lbrary logiciel system advisor model

[@RabeaZayed]

7 years ago! Can you update or make a new webenar

[@ismaelehtiwesh8803]

Thanks

[@ernestdall3152]

Great video, really gave some insight in using the software. I just have one question regarding the power cycle parameters shown at 45:30. Not exactly sure how Carnot scaling concept works. Its just that the cycle conversion efficiency seems a bit high for dry cooling. What is your opinion on using the Chambadal-Novikov equation? [eta = 1-sqrt(T_L/T_H)]

[@SAMDemoVideos]

Ernest Dall Thank you for the question. I've posted a response on the SAM support forum: sam.nrel.gov/node/69552

[@abraamf1]

Great Video. I have a question at 30:04 you calculate the reynolds number and you use some properties for density and dynamic viscosity. where i can find this properties and in which temperature did you calculate the Re?

[@alperbasegmez8052]

390 temperature

[@mhamedelmokhefi373]

Excellent .thanks for sharig but the sound quality has to be improved!

[@arefrezandoust3468]

perfect

[@veeresh255]

Hello sir great video , can you pls help me in design criteria for solar pv

[@saddamhussainsoomro2810]

how can I download this software? because the one I downloaded is not like your's??

[@SAMDemoVideos]

You can download SAM from sam.nrel.gov.

[@ABHISHEKSHARMA-ye4ep]

How you calculate no. Of sollar collector by length of loop

[@SAMDemoVideos]

Hi Abhishek, The number of collectors depends on the total aperture area and number of collectors per loop. For a more detailed answer to your question, please post it on the SAM forum at sam.nrel.gov/forum.

[@alperbasegmez8052]

hi when ı calculate pressure loss equation ı found 2277745327 ı can not find 1610 Pa

[@saddamhussainsoomro2810]

Why do u speak so confusing and slow and not distinct..