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How to Calculate the thermal efficiency of 400 MWth PBMR. PBMR, Helium using Brayton Cycle

How to Calculate the thermal efficiency of 400 MWth PBMR. PBMR, Helium using Brayton Cycle

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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How to Calculate the thermal efficiency of 400 MWth PBMR.
PBMR, Helium 
using Brayton Cycle

Temperature in °C 1000 900- 800- 700 600- 500 400 300 200 100 102 °C 32 °C 0 1000 PBMR Helium Brayton Cycle (n = ?? %) V605_1 T-s diagram 482 °C 2000 32 °C 9.0 MPa 3000 135 °C 144 °C 4000 5000 6000 Specific entropy in kJ/kg 7.2 MPa 900 °C 5.3 MPa 2.9 MPa 7000 803 °C 679 °C 496 °C Pa = 10 MPa To = 273 K 8000 482°C 8.98 MPa (900°F) (1302 psia) REACTOR 900°C (1652°F) 9000 8.66 MPa (1256 psia) 496°C (925°F) 2.99 MPa (434 psia) 679°C (1254°F) 803°C (1477°F) TURBINE LPT E=0.96 RECUPERATOR HPT GENERATOR 5.27 MPa (764 psia) 7.16MPa (1038 psia) LPC 144°C (291°F) 2.96 MPa (429 psia) HPC myl PRECOOLER 32°C (90°F) 2.94 MPa (426 psia) INTERCOOLER 135°C (275°F) 5.73 MPa (831 psia) 32°C (90°F) 5.63 MPa (817 psia) 102°C (216°F) 9.16 MPa (1329 psia)
Transcribed Image Text:Temperature in °C 1000 900- 800- 700 600- 500 400 300 200 100 102 °C 32 °C 0 1000 PBMR Helium Brayton Cycle (n = ?? %) V605_1 T-s diagram 482 °C 2000 32 °C 9.0 MPa 3000 135 °C 144 °C 4000 5000 6000 Specific entropy in kJ/kg 7.2 MPa 900 °C 5.3 MPa 2.9 MPa 7000 803 °C 679 °C 496 °C Pa = 10 MPa To = 273 K 8000 482°C 8.98 MPa (900°F) (1302 psia) REACTOR 900°C (1652°F) 9000 8.66 MPa (1256 psia) 496°C (925°F) 2.99 MPa (434 psia) 679°C (1254°F) 803°C (1477°F) TURBINE LPT E=0.96 RECUPERATOR HPT GENERATOR 5.27 MPa (764 psia) 7.16MPa (1038 psia) LPC 144°C (291°F) 2.96 MPa (429 psia) HPC myl PRECOOLER 32°C (90°F) 2.94 MPa (426 psia) INTERCOOLER 135°C (275°F) 5.73 MPa (831 psia) 32°C (90°F) 5.63 MPa (817 psia) 102°C (216°F) 9.16 MPa (1329 psia)
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