Kilovolt Ampere (KVA) to Megawatt (MW)

Kilovolt-Amperes to Megawatts Converter

How to Convert Kilovolt-Amperes (kVA) to Megawatts (MW)

To convert kilovolt-amperes (kVA) to megawatts (MW), you need to consider the power factor (PF). The formula is:

KVA to MW Calculation Formula

The real power P in megawatts (MW) is equal to the apparent power S in kilovolt-amperes (kVA), multiplied by the power factor PF, and divided by 1000:

P(MW) = (S(kVA) ร— PF) / 1000

Thus, megawatts are equal to kilovolt-amperes multiplied by the power factor and divided by 1000:

MW = (kVA ร— PF) / 1000

Example Calculation

If you have an apparent power measurement of 100 kVA and a power factor of 0.9, the calculation would be:

P(MW) = (100 kVA ร— 0.9) / 1000 = 0.09 MW

Apparent Power (kVA)

Kilovolt-amperes (kVA) represent the total power supplied by the electrical system, including both real power and reactive power.

Real Power (MW)

Megawatts (MW) represent the actual power consumed by a device, which performs useful work in an electrical system.

Power Factor (PF)

Power factor is the ratio between real power (MW) and apparent power (kVA). It indicates how effectively the electrical power is being converted into useful work.

Pro Tip

Always size your electrical systems based on MW (real power) rather than kVA (apparent power) to ensure your system meets actual power needs!

For more information on kilovolt-amperes and megawatts, visit the NRC document on Megawatts.

Kilovolt-Amperes to Megawatts Conversion Table

Formula: MW = kVA ร— Power Factor (PF) / 1000

Kilovolt-Amperes [kVA] MW at PF=1.0 MW at PF=0.9 MW at PF=0.8 MW at PF=0.7
1 kVA 1.000 MW 0.900 MW 0.800 MW 0.700 MW
2 kVA 2.000 MW 1.800 MW 1.600 MW 1.400 MW
3 kVA 3.000 MW 2.700 MW 2.400 MW 2.100 MW
4 kVA 4.000 MW 3.600 MW 3.200 MW 2.800 MW
5 kVA 5.000 MW 4.500 MW 4.000 MW 3.500 MW
10 kVA 10.000 MW 9.000 MW 8.000 MW 7.000 MW
15 kVA 15.000 MW 13.500 MW 12.000 MW 10.500 MW
20 kVA 20.000 MW 18.000 MW 16.000 MW 14.000 MW
25 kVA 25.000 MW 22.500 MW 20.000 MW 17.500 MW
30 kVA 30.000 MW 27.000 MW 24.000 MW 21.000 MW

Author

  • Manish Kumar

    Manish holds a B.Tech in Electrical and Electronics Engineering (EEE) and an M.Tech in Power Systems, with over 10 years of experience in Metro Rail Systems, specializing in advanced rail infrastructure. He is also a NASM-certified fitness and nutrition coach with more than a decade of experience in weightlifting and fat loss coaching. With expertise in gym-based training, lifting techniques, and biomechanics, Manish combines his technical mindset with his passion for fitness.

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