From: Technical SupportDate: 2018-07-18 23:26To: qin.jiyunSubject: Re: Re: Rankine cycle simulation by using CHP library TESSJiyun Qin -
You can download the update dlls at
http://www.tess-inc.com/site-com/assets/filedownloads/TESSCogenLibrary.zip
You will need to place the dlls in the appropriate TRNSYS17/UserLib/DebugDLLS and /ReleaseDLLs directories. You should also delete the older Cogen library Dlls.
Regards,
Tim
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Technical Support Team
Thermal Energy System Specialists, LLC
22 N. Carroll St, Suite 370
Madison, WI 53703
techsupport@tess-inc.com
www.tess-inc.com
www.trnsys.com
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On 2018-07-18 04:21, qin.jiyun@foxmail.com wrote:
Hi Tim,Thanks for you feedback. The attachment is my user id file.Thanks for your help.Best Regards,Jiyun Qin
From: Technical SupportDate: 2018-07-18 03:34To: qin.jiyunSubject: Re: Rankine cycle simulation by using CHP library TESSJiyun Qin -
As was answered on the TRNSYS user list, there is an issue with Type591 in the TESS CHP Library. Please send us your user id file so we can access your TRNSYS records.
Regards,
Tim
---
Technical Support Team
Thermal Energy System Specialists, LLC
22 N. Carroll St, Suite 370
Madison, WI 53703
techsupport@tess-inc.com
www.tess-inc.com
www.trnsys.com
TRNSYS on Facebook
On 2018-07-17 10:12, qin.jiyun@foxmail.com wrote:
Dear Someone,I use the CHP library to develop a model for Rankine cycle power plant. I use the Type 591C to simulate the high pressure stage turbine firstly. This HP stage turbine has two extraction steam, with extraction pressure at 54.41 and 34.62 bar, and the inlet pressure and temperature of this turbine is 167 bar and 537 C. When I put the paramaters of this turbine as the input into the Input sheet of this module, there is a mistake when I run this module. It shows that"TRNSYS Message 127: The current Unit has tried to access an Input value higher than the number of outputs for the Type. Reported information: Not available".This is no mistakes for the paramapers of steam turbine. What's the problem of my model? The attachment is the model.Looking fordward for your feedback.Best Regards,Jiyun Qin