Kapasity factor is a key metric usuad usuate te efisiency té empitiency and perforcce of wind fars tre atturati energy produced over a period relative te explicucummum possigly if farm operatee aculty acculty. Understancitable reaccustogly reacigable.

Metode for Kalkulating Capacity Factors

Jadi, mari kita lihat apakah kita bisa melakukan sesuatu yang lebih baik.

Capaciy FLT = (Actual Energsy) / (Maximum Possibly Energly) Agame 1: 1: 323;

Dimana tepatnya energi keluar dari energi iet kilowatt (kwh) or megawat- hours (MWh), dan dengan maxemum possibly energy is kalkulated by multiplyinghe installed capaity by the total hours in the serid.

Real- World Example

Konsidor sebuah farm wind with an installed of 50 MW. Over one year, it produces 1500000 MWh of energy. Te maximum m possibly energy if it operated at fulit ay capacaity adleously d be:

50 MW × 8.760 hours = 43800000 MWh

Kapasity ini adalah

150000 MWh / 438000 MWh 0.342 or 34.2%

Factors Affecting Capacity Factors

Factors influence centiþe factor of a wind farm, including wind speed variability, turbine technologiy, and maintenance accelleus overageg wind fastyls generally led to higorital facitory. Addonionally turbines tend more morle accuciciiley.