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164 Cs FluidNumber h hloss,top hloss,bot hloss,w i idle_timestep kf ks keff InternalNodes LossCoeff mf m& discharge m& p e a k m& i n , t o p m& i n , b o t t o m m& out ,top m& out ,bottom Output_Code Peak_Start Peak_Length RateMode StorageSize StorageMode SolidNumber t TankDiameter Tin,top Ti n , b o t t o m Tout,top Tout ,bottom Tf Ts T_hot_design T_cold_design Tf,i Ts,i = solid specific heat [J/kg-K] =integerrepresentingaspecificfluidforobtainingproperties[-] = solid-fluid heat transfer coefficient [W/m2-K] = (Top_loss) top loss heat transfer coefficient [W/m2-K] 2 = (Bottom_Loss) bottom loss heat transfer coefficient [W/m -K] = (Loss_Coefficient) wall loss heat transfer coefficient [W/m2-K] = temperature node number in numerical model [-] = time step used by the long-term idle model [s] = fluid thermal conductivity [W/m-K] = solid thermal conductivity [W/m-K] = fluid-solid continuum effective thermal conductivity [W/m-K] = number of numerical control volumes [-] = wall loss coefficient [W/m2-K] = fluid mass flow rate [kg/s] = heat transfer fluid flow rate supplied to the power cycle during discharge mode and constant output mode [kg/s] = heat transfer fluid flow rate supplied to the power cycle during peak- period discharge [kg/s] = fluid mass flow inlet while charging [kg/s] = fluid mass flow inlet while discharging [kg/s] = fluid mass flow outlet while discharging [kg/s] = fluid mass flow outlet while charging [kg/s] =Outputusedtoindicatetankstatus(1=normal,2=full,3=empty)toother simulation components [-] = Start time of peak rate period [hr] = Length of peak period [hrs] = indicates rate schedule allowing selection of control strategies based on fixed-rate and variable rate structures [-] = storage system design capacity [kWh] =Storageoperatingmode[-] = integer representing a specific solid for obtaining properties [-] = time [s] = storage tank diameter, height is calculated based on storage size [m] = fluid inlet temperature while charging [C] = fluid inlet temperature while discharging [C] = fluid outlet temperature while discharging [C] = fluid outlet temperature while charging [C] = Fluid Temperature [C] = Solid Temperature [C] = design “hot” storage temperature, used to calculate tank capacity [C] = design “cold” storage temperature, used to calculate tank capacity [C] = Fluid Temperature at node i [C] = Solid Temperature at node i [C]PDF Image | Organic Rankine Cycle Solar-Thermal Powerplants
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