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A generating station has a maximum demand of 80 MW and connected Load of 150 MW hr generated in a year are 400 × 103 MW hr. Calculate load factor.
- a)0.40
- b)0.96
- c)0.57
- d)0.39
Correct answer is option 'C'. Can you explain this answer?
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A generating station has a maximum demand of 80 MW and connected Load ...
The load factor percentage is derived by dividing the total kilowatt-hours (kWh) consumed in a designated period by the product of the maximum demand in kilowatts (kW) and the number of hours in the period.
Maximum demand = 80 MW
Connected load = 150 MW
Units generated in one year = 400 × 103 MW hr
Total number of hours in a year = 8760
Average load = (400x103)8760
= 45.662 MW
Load Factor = Average load/Maximum demand
= 45.662/80
= 0.57
Maximum demand = 80 MW
Connected load = 150 MW
Units generated in one year = 400 × 103 MW hr
Total number of hours in a year = 8760
Average load = (400x103)8760
= 45.662 MW
Load Factor = Average load/Maximum demand
= 45.662/80
= 0.57
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A generating station has a maximum demand of 80 MW and connected Load ...
Calculation of Load Factor:
Load Factor is defined as the average load divided by the maximum demand. It is a measure of how efficiently a generating station is being utilized over a specific period of time.
Given data:
- Maximum demand = 80 MW
- Connected Load = 150 MW
- Energy generated in a year = 400 × 10^3 MW hr
Calculation:
- Average Load = Energy generated in a year / Total hours in a year
- Average Load = 400 × 10^3 MW hr / 8760 hr (assuming 1 year = 8760 hours)
- Average Load = 45.66 MW
Load Factor = Average Load / Maximum Demand
Load Factor = 45.66 MW / 80 MW
Load Factor ≈ 0.57
Therefore, the Load Factor for the generating station is approximately 0.57. Hence, the correct answer is option 'C'.
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A generating station has a maximum demand of 80 MW and connected Load of 150 MW hr generated in a year are 400 × 103MW hr. Calculate load factor.a)0.40b)0.96c)0.57d)0.39Correct answer is option 'C'. Can you explain this answer?
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