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Generators are base circuits that, as is self-explanatory, gener= ate values that can be used throughout the control strategy.
Control generator |
Name |
Description |
---|---|---|
Constant |
This BC generates a constant value. The default value is 75. |
|
External temperature & external relative humidity |
This BC generates aan externalal temperature or relative humidity during= a dynamic simulation |
|
Heating curve |
The heating curve gives a supply temperature according to the external t= emperature. All points on the heating curve are fully customizable. |
|
Heating curve with displacement |
When using a standard heating curve there is no feedback from the rooms,= so the room temperature maintains 20=C2=B0C. The heating curve with displa= cement uses a temperature measurement in a reference room to adjust the hea= ting curve so the supply temperature rises. All points on the heating curve and the displacement-to-error ratio are = fully customizable. |
|
Ramp |
This BC generates a ramp depending on the data that is entered. |
|
Setpoint generator |
This BC generates a square wave depending on the data that is entered.= p> |
|
Sine wave |
This BC generates a sinus wave depending on the data that is entered. |
|
Time |
This BC generates the simulation time during a dynamic simulation. ,For = example if you simulate for 2 days, a linear graph will be generated from 0= ho 48h. |
|
The eco-design tap profile generator |
||
The standard tap profile generator |
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Data file |
This BC generates values depending on the time it occurs. The user shoul= d insert the desired values and times in the data file. By clicking on the = pencil icon next to the parameter "data file" a pop-up window appears where= the user can extract the .csv file template by clicking on the white cloud= button with the arrow pointing down. &= nbsp; = The user can then enter the desired data in the .csv file. The amount of= "value" columns can't be more than 4 because the amount of control nodes o= n the BC is 4. The time entered in the data file can be set on seconds, min= utes, hours, days, weeks, or months but the user should change the paramete= r "Time column unit" in the same way the data file was filled in. IMPORTANT: If the inserted data is every year (for instance weather file or load pr= ofile), the parameter "Timing is relative to simulation start time" should = be set on "No" instead of "Yes". By default, the inserted data doesn't depend on the simulation start tim= e which means if you start simulating in January or June, you will have the= exact same data generated. But if you change the parameter to "No", the fi= rst value in the data file will always be on the first second of January 1s= t. |