A GPP uses a simple Brayton cycle. Air enters the compressor at pressure, P = 1 bar, temperature, T = 20°C and exits the compressor at a pressure of 7 bar. Combustion chamber temperature = 800°C. Compressor efficiency, nk = 0.82, turbine efficiency, nT = 0.85. Turbine power 4 MW. Define: System installation diagram and cycle process on the P-v and T-s diagramP-v and T-swK, wt and rl cycles. BWR, mair, Wtnet, mfuel (qfuel : 40,000 kj/kg) Note : Air, cp,d : 1 ,005 kj/kg.k, k : 1 ,41 .15 kl/kg.k, k gas : 1 .3 A GPP (Gas Power Plant) uses a simple Brayton cycle. Air enters the compressor at pressure, P = 1bar, temperature, T = 20°C and exits the compressor at a pressure of 7 bar. Combustion chambertemperature = 800°C. Compressor efficiency, nk = 0.82, turbine efficiency, nT = 0.85. Turbine power 4MW. Define:System installation diagram and cycle process on the P-v and T-s diagramP-v and T-sWk, Wt and n cycles.BWR (Back Work Ratio)/, mair, Wtnet, mfuel (9fuel = 40,000 kj/kg)Note: Air, cpair = 1,005 kj/kg.k, kair = 1,4Gas, cp gas = 1.15 kl/kg.k, Kgas = 1.3s

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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A GPP uses a simple Brayton cycle. Air enters the compressor at pressure, P = 1 bar, temperature, T = 20°C and exits the compressor at a pressure of 7 bar. Combustion chamber temperature = 800°C. Compressor efficiency, nk = 0.82, turbine efficiency, nT = 0.85. Turbine power 4 MW. Define: System installation diagram and cycle process on the P-v and T-s diagram P-v and T-swK, wt and rl cycles. BWR, mair, Wtnet, mfuel (qfuel : 40,000 kj/kg) Note : Air, cp,d : 1 ,005 kj/kg.k, k : 1 ,4 1 .15 kl/kg.k, k gas : 1 .3

A GPP (Gas Power Plant) uses a simple Brayton cycle. Air enters the compressor at pressure, P = 1
bar, temperature, T = 20°C and exits the compressor at a pressure of 7 bar. Combustion chamber
temperature = 800°C. Compressor efficiency, nk = 0.82, turbine efficiency, nT = 0.85. Turbine power 4
MW. Define:
System installation diagram and cycle process on the P-v and T-s diagram
P-v and T-s
Wk, Wt and n cycles.
BWR (Back Work Ratio)/, mair, Wtnet, mfuel (9fuel = 40,000 kj/kg)
Note: Air, cpair = 1,005 kj/kg.k, kair = 1,4
Gas, cp gas = 1.15 kl/kg.k, Kgas = 1.3s

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