constr log(aveopConsumer(exp(pExp*(1+P/consumerPower)^2)))/pExp Constraint
pipePrice 2*intopHot(pipeCost(pipeD)) "Pipe price [EUR]"
power1 intopInlet1((p-1[atm])*nipfl.Qv) "Pumping power"
power2 intopInlet2((p-1[atm])*nipfl.Qv) "Pumping power"
pumpPrice pumpWeight*(power1+power2) "Pump price [EUR]"
obj pipePrice+pumpPrice "Objective function"
flow1in intopInlet1(nipfl.Qm) "Mass flow rate, Inlet 1"
flow2in intopInlet2(nipfl.Qm) "Mass flow rate, Inlet 2"
Pin flow1in*intopOutlet1((T1-T)*mat1.def.Cp(T))+flow2in*intopOutlet2((T2-T)*mat1.def.Cp(T)) "Energy input"
Pconsumer intopConsumers(-P/Lz) "Total consumer power"
Efficiency Pconsumer/Pin "Network efficiency"
Pout intopAll(-qHeat) "Total heat loss"