A generating station is to give a power output of 200 MW. The super heat outlet pressure of the boiler is to be 170 bar and the temperature 600 C. After expansion through the first-stage turbine to a pressure of 40 bar. 15% of the steam is extracted for feed heating The remainder is reheated at 600°C and is then expanded through the second turbine stage to a condenser pressure of 0.035 bar. For preliminary calculations it is assumed that the actual cycle will have an efficiency ratio of 70% and that the generator mechanical and electrical efficiency is 95% Calculate the maximum continuous rating of the boiler in kilograms per hour.
A generating station is to give a power output of 200 MW. The super heat outlet pressure of the boiler is to be 170 bar and the temperature 600 C. After expansion through the first-stage turbine to a pressure of 40 bar. 15% of the steam is extracted for feed heating The remainder is reheated at 600°C and is then expanded through the second turbine stage to a condenser pressure of 0.035 bar. For preliminary calculations it is assumed that the actual cycle will have an efficiency ratio of 70% and that the generator mechanical and electrical efficiency is 95% Calculate the maximum continuous rating of the boiler in kilograms per hour.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A generating station is to give a power output of 200 MW. The super heat outlet pressure of the boiler is to be 170 bar and the temperature 600 C. After expansion through the first-stage turbine to a pressure of 40 bar. 15% of the steam is extracted for feed heating The remainder is reheated at 600°C and is then expanded through the second turbine stage to a condenser pressure of 0.035 bar. For preliminary calculations it is assumed that the actual cycle will have an efficiency ratio of 70% and that the generator
![4G. 4G
4G2
10:27
64
You
2 minutes ago
A generating station is to give a power output of 200 MW. The superheat outlet pressure
of the boiler is to be 170 bar and the temperature 600 °C. After expansion through the
8.5
277
Urheberrechtlich geschütztes Material
les
first-stage turbine to a pressure of 40 bar, 15% of the steam is extracted for feed heating.
The remainder is reheated at 600 °C and is then expanded through the second turbine
stage to a condenser pressure of 0.035 bar. For preliminary calculations it is assumed
that the actual cycle will have an efficiency ratio of 70% and that the generator mechanical
and electrical efficiency is 95%. Calculate the maximum continuous rating of the boiler
in kilograms per hour.
(632000 kg/h)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1e15f8db-f2f6-4a6e-9e14-101fbc6e5a9f%2F6b1f7bb7-1cac-4fb1-92fe-426204f8ca93%2Fgpdpfo3_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4G. 4G
4G2
10:27
64
You
2 minutes ago
A generating station is to give a power output of 200 MW. The superheat outlet pressure
of the boiler is to be 170 bar and the temperature 600 °C. After expansion through the
8.5
277
Urheberrechtlich geschütztes Material
les
first-stage turbine to a pressure of 40 bar, 15% of the steam is extracted for feed heating.
The remainder is reheated at 600 °C and is then expanded through the second turbine
stage to a condenser pressure of 0.035 bar. For preliminary calculations it is assumed
that the actual cycle will have an efficiency ratio of 70% and that the generator mechanical
and electrical efficiency is 95%. Calculate the maximum continuous rating of the boiler
in kilograms per hour.
(632000 kg/h)
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