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Control generator | Name | Description |
|---|---|---|
 | Activator | This BC creates a 1 or 0 based on the relevant input signal. This could be used as a 2-point measuring control strategy for a thermal store. |
 | Comparison | This BC creates a 1 if the input in A is larger than B and a 0 if B is larger than A. |
 | Difference | This BC is a simple mathematical difference between A and B. |
 | Hysteris and integrator | These BC’s uses a Hystersis and integrator function on the input signal. |
 | Minimum & Maximum | This BC gives the either the minimum or maximum of all the signals connected on the input |
 | Multiply | This BC multiplies all the input signals connected. |
 | Negative | This BC makes the signal negative. |
 | Piecewise lineair function & function expression | These BC’s uses functions on the input signal, which can be changed to fit the needs of the project. |
 | Scaling and truncating | This BC allows for scaling of values. |
 | Sum | This base circuits sums all the inputs together. |
 | Low pass circuit | The Low pass circuit puts a time delay on a value change. |
 | Delay | This base circuits puts a delay on the signal. This can be used to let a pump run 5 minutes longer for example. |
  | Loop Back | This BC is necessary if you want to loop a signal back (in the next timestep)   |