In a computer simulation showing a 100 MW schedule from Bus A to Bus B, if 63% flows on the scheduled path, what is the distribution factor for the scheduled path?

In a computer simulation showing a 100 MW schedule from Bus A to Bus B, if 63% flows on the scheduled path, what is the distribution factor for the scheduled path?

• A. 50%
• B. 63%
• C. 75%
• D. 100%

Answer: (B)

The distribution factor in a power flow scenario indicates the proportion of power that flows along a selected transmission path relative to the total scheduled power. In this case, the scenario involves a 100 MW scheduled transfer from Bus A to Bus B. If 63% of this scheduled power is flowing on the designated path, the actual flow can be calculated as follows: \[ \text{Power Flow} = \text{Scheduled Power} \times \text{Flow Percentage} = 100 \, MW \times 0.63 = 63 \, MW. \] The distribution factor essentially represents this flow percentage on the scheduled path. Since 63 MW is flowing in accordance with the 100 MW schedule, the correct distribution factor for the scheduled path is indeed 63%. This concept highlights the importance of understanding how power distribution factors affect system reliability and efficiency in reputable electric grids.

The distribution factor in a power flow scenario indicates the proportion of power that flows along a selected transmission path relative to the total scheduled power. In this case, the scenario involves a 100 MW scheduled transfer from Bus A to Bus B. If 63% of this scheduled power is flowing on the designated path, the actual flow can be calculated as follows:

[ \text{Power Flow} = \text{Scheduled Power} \times \text{Flow Percentage} = 100 , MW \times 0.63 = 63 , MW. ]

The distribution factor essentially represents this flow percentage on the scheduled path. Since 63 MW is flowing in accordance with the 100 MW schedule, the correct distribution factor for the scheduled path is indeed 63%.

This concept highlights the importance of understanding how power distribution factors affect system reliability and efficiency in reputable electric grids.