Load Curve Analysis and Calculations

The video tutorial explains how to solve a problem related to load duration curves. It covers drawing the load curve, calculating maximum demand, determining units generated per day, and finding the average load and load factor. The tutorial provides step-by-step instructions and emphasizes the importance of correctly marking scales and data points.

What is the initial load in megawatts for the time period 0 to 6 hours?

• 25 MW

• 35 MW

• 20 MW

• 30 MW

During which time period is the load 25 megawatts?

• 16 to 20 hours

• 0 to 6 hours

• 6 to 10 hours

• 10 to 12 hours

What is the load in megawatts from 10 to 12 hours?

• 20 MW

• 25 MW

• 30 MW

• 35 MW

Which of the following is NOT a step in drawing the load curve?

• Plotting load values

• Calculating average load

• Choosing a scale for load

• Marking time intervals

Why is it important to maintain the correct scale when drawing the load curve?

• To save time

• To avoid zero marks from evaluators

• To make the graph look neat

• To ensure accuracy in calculations

What is the maximum demand observed in the load curve?

• 20 MW

• 25 MW

• 35 MW

• 30 MW

How is the maximum demand determined from the load curve?

• By calculating the average load

• By identifying the highest load value

• By summing all load values

• By dividing total units by time

What is the formula to calculate units generated per day?

• Load / Duration

• Load - Duration

• Load x Duration

• Load + Duration

How many units are generated per day according to the given data?

• 500 MW

• 600 MW

• 700 MW

• 800 MW

What is the average load in megawatts?

• 30 MW

• 25 MW

• 35 MW

• 20 MW