Parallel production
Parallel production makes it possible to configure multiple productions that work simultaneously in one system. The following figure shows on the left the base circuit of parallel production and on the right the parameter window that pops up when you click on the base circuit. The numbers on the base circuit indicate which gate is the primary and secondary gate.
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Error message | Translation of the error | solution |
|---|---|---|
  | The value of ‘Heat flow on primary circuit’ is higher than the heat flow that is needed behind the base circuit. | Lower the value of 'Heat flow on primary circuit' until it is below the needed heat flow behind the base circuit. |
 | The Hysopt software calculates everything from the end units to production units and this message says that it could not do his calculations for the last 6 nodes. | Hover with your mouse over the red node/base circuit closest to the end units to get additional information about the error.  |
| The ‘Heat flow on primary circuit’ is the same as the heat flow that is needed behind the base circuit | Lower the value of ‘Heat flow on primary circuit' until it is below the needed heat flow behind the base circuit |
The ‘Primary power percentage’ is set on 100% | Lower the percentage in 'Primary power percentage’ |
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The parameters of the three way on-off valve and the actuator doesn’t change the operation of this base circuit. The kvs-parameters determine the pressure drop over the valve and that impacts the sizing of the pump but not the operation of this base circuit. The actuator parameter is only relevant when you choose manufacturers in the ‘catalog'-menu. For more information on the three way valve’s parameters, the user is referred to (Link) Control valves.
Examples
All these examples use the same installation with an equivalent radiator capacity of 200 kW. The only thing that changes are the parameters on the parallel production base circuit.
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