This keyword is used to describe the amount of energy supplied to the system via a heat exchanger in the pipe. By default, heat supply takes place in a node. The energy supplied to the system is dependent on the absolute temperature in the pipe.
The power is defined as:
Power = A + B * T
where A: Constant
B: Constant
T: Temperature upstream of the heat exchanger in degrees Celsius.
FORMAT:
*HEAT <ledningsid> <ände> <sida> <faktor A> <faktor B>
<pris1> <pris2> <pris3> <pris4>
Where:
Ledningsid: Name of the pipe in inverted commas.
Ände: Upstream or downstream end for positioning of
heat exchangers. Enter 1 for upstream end and 2 for downstream end.
Sida: The water heater can be positioned in either the supply pipe or the return pipe.
Enter 1 for supply pipe and 2 for return pipe.
faktor A: Power delivered to the pipe in kW.
faktor B: Power delivered to the pipe in kW.
pris1: The energy price for the energy. SEK/kWh.
pris2: C tax for the energy. SEK/kWh.
pris3: N tax for the energy. SEK/kWh.
pris4: S tax for the energy. SEK/kWh.
Example:
*HEAT Ledningsid: “K01-K02”
Ände: 1
Sida: 2
Faktor A: 0.0000
Faktor B: 0.0000
Energy pris: 0.0000
C-tax: 0.0000
N-tax: 0.0000
S.tax: 0.0000