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Maximum hourly consumption is taken as,
- a)2.7 X Annual average hourly demand
- b)1.8 X Annual average hourly demand
- c)2.7 X Annual average daily demand
- d)1.8 X Annual average daily demand
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
Maximum hourly consumption is taken as,a)2.7 X Annual average hourly d...
Maximum daily demand = 1.8 X Annual average daily demand
Maximum hourly consumption = 2.7 X Annual average hourly demand
Maximum hourly consumption = 2.7 X Annual average hourly demand
Most Upvoted Answer
Maximum hourly consumption is taken as,a)2.7 X Annual average hourly d...
Explanation:
Maximum hourly consumption is typically estimated as a multiple of the annual average hourly demand. This is done to ensure that the system is designed to handle peak demand periods effectively.
Calculation:
- Option a) 2.7 X Annual average hourly demand is the correct choice for maximum hourly consumption estimation.
- This means that the maximum hourly consumption is assumed to be 2.7 times the average demand over the course of a year.
- By using this multiplier, the system can account for peak usage times and ensure that there is enough capacity to meet the highest demand levels.
Importance of Estimating Maximum Hourly Consumption:
- Designing infrastructure based on the maximum hourly consumption helps prevent system failures during peak usage periods.
- It ensures that the system can handle sudden spikes in demand without experiencing interruptions or breakdowns.
- Accurately estimating maximum consumption also aids in determining the appropriate sizing of equipment and resources needed to support the system.
Conclusion:
In conclusion, using a multiplier such as 2.7 times the annual average hourly demand is a common practice in estimating maximum hourly consumption in civil engineering projects. This approach helps in designing robust and reliable systems that can effectively handle peak demand scenarios.
Maximum hourly consumption is typically estimated as a multiple of the annual average hourly demand. This is done to ensure that the system is designed to handle peak demand periods effectively.
Calculation:
- Option a) 2.7 X Annual average hourly demand is the correct choice for maximum hourly consumption estimation.
- This means that the maximum hourly consumption is assumed to be 2.7 times the average demand over the course of a year.
- By using this multiplier, the system can account for peak usage times and ensure that there is enough capacity to meet the highest demand levels.
Importance of Estimating Maximum Hourly Consumption:
- Designing infrastructure based on the maximum hourly consumption helps prevent system failures during peak usage periods.
- It ensures that the system can handle sudden spikes in demand without experiencing interruptions or breakdowns.
- Accurately estimating maximum consumption also aids in determining the appropriate sizing of equipment and resources needed to support the system.
Conclusion:
In conclusion, using a multiplier such as 2.7 times the annual average hourly demand is a common practice in estimating maximum hourly consumption in civil engineering projects. This approach helps in designing robust and reliable systems that can effectively handle peak demand scenarios.
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Maximum hourly consumption is taken as,a)2.7 X Annual average hourly demandb)1.8 X Annual average hourly demandc)2.7 X Annual average daily demandd)1.8 X Annual average daily demandCorrect answer is option 'A'. Can you explain this answer?
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