You'll need to use a combination of the Type 11 diverting valve model and a controller module to decide which tank should receive the flow. <br /><br />Jeff<br /> <br /> <br /> <!--replyfwdwrap--><div style="background-image: url(http://webmail.fusemail.com/de/r_bg_img.gif);background-position:top;background-repeat:repeat-x;"><strong>----- Original Message -----</strong><br /><strong>From:</strong> "mahbubul muttakin" <mahbubul.muttakin@gmail.com> <br /><strong>Sent:</strong> Mon, September 12, 2011 2:12<br /><strong>Subject:</strong> [TRNSYS-users] Problems with 3 tank simulation<br /><br /><table width="100%" cellspacing="5"><tbody><tr><td><div class="PrivateMsgDiv"><!-- begin sanitized html --> Hello Jesper and David,<br /><br />I am the newest member of this forum and I am not sure whether I am using the right procedure to make a query. Anyway, looks like Jesper and I have the same kind of system. That's why I am putting my question under same subject. Ou!
r system also has the same types of tanks in series. Each tank has inlet solenoid valves. I want to know how to model solenoid valves in trnsys. Previously it was done using matlab. I want to do it using trnsys only. <br /> <br />Just for clarification, the valves will operate based on temperature difference between inlet and outlet, i.e., at a time only one inlet will open which will take the hot water to the tank having lowest temperature. Similarly the return will also enter the tank based on temperature difference.<br /> <!-- end sanitized html --> <hr size="1" noshade="noshade" /><pre>
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