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Determine the levelized cost of energy ($/kWh) for the thermal-electric plant in Problem 1, considering the fuel source is coal or natural gas. The plant information is given below. 80% of the ideal cycle. Combustor: 85% Turbines 98% Plant capacity = 500 MW (1,800 GJ/hr) 75% of 8700 hrs; shut down 60 hrs M $ Coal NG 400 600 yrs 20 20 MARR, % Bal cost M$ NG, $/GJ Coal, $/GJ 6 15 4.00 6 15 9.75

Determine the levelized cost of energy ($/kWh) for the thermal-electric plant in Problem 1, considering the fuel source is coal or natural gas. The plant information is given below. 80% of the ideal cycle. Combustor: 85% Turbines 98% Plant capacity = 500 MW (1,800 GJ/hr) 75% of 8700 hrs; shut down 60 hrs M $ Coal NG 400 600 yrs 20 20 MARR, % Bal cost M$ NG, $/GJ Coal, $/GJ 6 15 4.00 6 15 9.75

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
Problem 1.1MA
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Determine the levelized cost of energy ($/kWh) for the thermal-electric plant in Problem 1, considering the fuel source is coal or natural gas. The plant information is given below. 80% of the ideal cycle. Combustor: 85% Turbines 98% Plant capacity = 500 MW (1,800 GJ/hr) 75% of 8700 hrs; shut down 60 hrs M $ Coal NG 400 600 yrs 20 20 MARR, % Bal cost M$ NG, $/GJ Coal, $/GJ 6 15 4.00 6 15 9.75
Transcribed Image Text:Determine the levelized cost of energy ($/kWh) for the thermal-electric plant in Problem 1, considering the fuel source is coal or natural gas. The plant information is given below. 80% of the ideal cycle. Combustor: 85% Turbines 98% Plant capacity = 500 MW (1,800 GJ/hr) 75% of 8700 hrs; shut down 60 hrs M $ Coal NG 400 600 yrs 20 20 MARR, % Bal cost M$ NG, $/GJ Coal, $/GJ 6 15 4.00 6 15 9.75
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