To calculate the energy generated by the wind turbine each week, we need to consider the nameplate capacity, the capacity factor, and the number of hours in a week.

1. The nameplate capacity of the wind turbine is 2 MW. This is the maximum output the turbine can produce.

2. The capacity factor is 48%, or 0.48 in decimal form. This is the actual output over the maximum possible output.

3. There are 168 hours in a week.

First, we calculate the average power output of the wind turbine by multiplying the nameplate capacity by the capacity factor:

2 MW * 0.48 = 0.96 MW

This is the average power output per hour. To find the total energy generated in a week, we multiply this by the number of hours in a week:

0.96 MW * 168 hours = 161.28 MWh

So, the wind turbine generates approximately 161.3 MWh of energy each week (rounded to one decimal place).

Question

To calculate the energy generated by the wind turbine each week, we need to consider the nameplate capacity, the capacity factor, and the number of hours in a week.

1. The nameplate capacity of the wind turbine is 2 MW. This is the maximum output the turbine can produce.

2. The capacity factor is 48%, or 0.48 in decimal form. This is the actual output over the maximum possible output.

3. There are 168 hours in a week.

First, we calculate the average power output of the wind turbine by multiplying the nameplate capacity by the capacity factor:

2 MW * 0.48 = 0.96 MW

This is the average power output per hour. To find the total energy generated in a week, we multiply this by the number of hours in a week:

0.96 MW * 168 hours = 161.28 MWh

So, the wind turbine generates approximately 161.3 MWh of energy each week (rounded to one decimal place).

Knowee AI · Accepted Answer

To calculate the energy generated by the wind turbine each week, we need to consider the nameplate capacity, the capacity factor, and the number of hours in a week.

1. The nameplate capacity of the wind turbine is 2 MW. This is the maximum output the turbine can produce.

2. The capacity factor is 48%, or 0.48 in decimal form. This is the actual output over the maximum possible output.

3. There are 168 hours in a week.

First, we calculate the average power output of the wind turbine by multiplying the nameplate capacity by the capacity factor:

2 MW * 0.48 = 0.96 MW

This is the average power output per hour. To find the total energy generated in a week, we multiply this by the number of hours in a week:

0.96 MW * 168 hours = 161.28 MWh

So, the wind turbine generates approximately 161.3 MWh of energy each week (rounded to one decimal place).

A certain wind turbine has a nameplate capacity of 2 MW. If the average capacity factor is 48%, how much energy in MWh does the turbine generate each week? Please include one decimal place in your answer. Hint: there are 168 hours in a week.

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