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For a given cogeneration plant where Q is the total input energy in kW, WT is the turbine work output in kW, QH the process heat required in kJ/h, and ms the steam flowrate in kg/h, 1.1 Explain what is meant by "cogeneration plant". State examples of industry application for cogeneration plants. 1.2 Show a typical T-S Diagram for a cogeneration plant 1.3 Prove that the efficiency of the plant is given by the equation below. Use your T-s diagram for illustrations WT + QH nco Q₁

For a given cogeneration plant where Q is the total input energy in kW, WT is the turbine work output in kW, QH the process heat required in kJ/h, and ms the steam flowrate in kg/h, 1.1 Explain what is meant by "cogeneration plant". State examples of industry application for cogeneration plants. 1.2 Show a typical T-S Diagram for a cogeneration plant 1.3 Prove that the efficiency of the plant is given by the equation below. Use your T-s diagram for illustrations WT + QH nco Q₁

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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Question 1 For a given cogeneration plant where Q is the total input energy in kW, WT is the turbine work output in kW, QH the process heat required in kJ/h, and ms the steam flowrate in kg/h, 1.1 Explain what is meant by "cogeneration plant". State examples of industry application for cogeneration plants. 1.2 Show a typical T-S Diagram for a cogeneration plant 1.3 Prove that the efficiency of the plant is given by the equation below. Use your T-s diagram for illustrations WT + QH nco Q1
Transcribed Image Text:Question 1 For a given cogeneration plant where Q is the total input energy in kW, WT is the turbine work output in kW, QH the process heat required in kJ/h, and ms the steam flowrate in kg/h, 1.1 Explain what is meant by "cogeneration plant". State examples of industry application for cogeneration plants. 1.2 Show a typical T-S Diagram for a cogeneration plant 1.3 Prove that the efficiency of the plant is given by the equation below. Use your T-s diagram for illustrations WT + QH nco Q1
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