You can view the following examples via this token: Mjg5fElLQnhtMWJa
Notice that the direction of the red or yellow arrows indicate the direction of the energy flow.
Parallel production
With the parallel production you can configure multiple productions that work simultaneous in one system.
The only parameter that needs to be filled in on the parallel production is the "Heat Flow on the primary circuit". This can be filled in with a specific heat flow or a power percentage.
On the example below is an installation with an equivalent radiator capacity of 200 kW, on the parallel production you can indicate how much power goes to each boiler.
On left-hand example is a heat flow of 120kW filled in on the "primary circuit", therefore the bottom boiler takes up 120 kW. On right-hand example is a heat flow of 120 kW filled in, but also a power percentage. As you can see on de example the power propagated on the primary circuit is 20% of 200 kW. This shows that filling in the power percentage has a priority over the filled in heat flow on the primary circuit.
Switched production
With the switched parallel production you can configure multiple productions that work individually in one system.
For example: if you have a back-up boiler which is used when the heatpump is no longer sufficient.
On the switched production you need to set the production regime and power coming from the yellow arrow.
