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Name
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Description
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Activator
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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.
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Comparison
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This BC creates a 1 if the input in A is larger than B and a 0 if B is larger than A.
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Difference
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This BC is a simple mathematical difference between A and B.
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Hysteris and integrator
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These BC’s uses a Hystersis and integrator function on the input signal.
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Minimum & Maximum
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This BC gives the either the minimum or maximum of all the signals connected on the input
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Multiply
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This BC multiplies all the input signals connected.
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Negative
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This BC makes the signal negative.
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Piecewise lineair function & function expression
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These BC’s uses functions on the input signal, which can be changed to fit the needs of the project.
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Scaling and truncating
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This BC allows for scaling of values.
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Sum
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This base circuits sums all the inputs together.
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Low pass circuit
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The Low pass circuit puts a time delay on a value change.
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Delay
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This base circuits puts a delay on the signal. This can be used to let a pump run 5 minutes longer for example.
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Loop Back
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This BC is necessary if you want to loop a signal back (in the next timestep)
Here is an example in which the resulting signal to control the boiler is looped back towards the controller
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The graphing tools are used to visualize different parts of the control strategy or give
Name | Description | |
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 | Transient plots | Transient plots plot out all the inputs on the Y-axis. |
 | Scatter plots | Scatter plots can plot one value on the X, the other value on the Y-axis |
 | Threshold notifier and comparator | threshold notifiers and comparators give notes if values go over certain thresholds |
 | Total calculated design power | After drawing in your model, the total calculated design power BC calculates total heating and cooling. |