Thermodynamic Modelling: TOR

Thermodynamic Modelling - TOR (TES Charging)

Fields marked with an asterisk (*) are required.

PCM-TES

PCM Melting Temperature*

°C

Charging Time*

Discharging Time*

TES Efficiency

Oil Circuit

Fluid Selection

Heating Oil*

Flue Gas Properties

Flue Gas Composition*

Inlet Temperature*

°C

Mass Flow Rate*

kg/s

Flow rate repartition*

Pressure Differences

Oil HX

kPa

Evaporator (Oil side)

kPa

Oil Piping

kPa

SHX (Oil side)

kPa

SHX (WF side)

kPa

Temperature Assumption

Exit of Oil HX

°C

Isentropic Efficiency & Effectiveness

Oil Pump

Secondary Pump

Oil HX

SHX

Organic Rankine Cycle

Fluid Selection

Working Fluid*

Cooling Fluid*

Cooling Fluid Properties

Inlet Temperature*

°C

Inlet Pressure*

kPa

Pressure Differences

Evaporator (WF side)

kPa

Condenser (WF side)

kPa

Condenser (SF Side)

kPa

TES

kPa

Temperature Differences

Evap. Pinch

°C

Evap. Superheating

°C

Cond. Pinch

°C

Cond. Subcooling

°C

TES Pinch

°C

Cond. SF Temp. Glide

°C

Temperature Assumptions

Evap WF exit

°C

TES Supply Temp.

°C

Isentropic Efficiency & Effectiveness

Main Pump

Turbine

Fan Efficiency