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Variable Loads on Power Stations (Sample Questions) EENG456 (Power Generation and Distribution) 1

Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 1: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

Variable Loads on Power Stations

(Sample Questions)

EENG456 (Power Generation and Distribution)

1

Page 2: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 3: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 4: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 5: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 6: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 7: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 8: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 9: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 10: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 11: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 12: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 13: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 14: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 15: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

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Page 16: Variable Loads on Power Stations VAR.pdfpower stations, pp 50-56. 16 Example 3.1. The maximum demand on a power station is 100 IWW. If the annual load factor is 40% , calculate the

Reference :

Principles of Power System, Chapter 3 : Vaiable loads on power stations, pp 50-56.

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