| In order to minimize cogging torque (CT), calculate power generation, and reduce generator emissions on a permanent magnet generator (PMG) for use in wind power plants, this study suggests applying a modification on the structure of the magnet. An integral slot number-type PMG with 36 slots and 12 poles were used in the integral slot number experiment. A combination of magnet slotting techniques and WEDs techniques is one method that can be used to reduce the value of the cogging torque. It was discovered that the WEDs technique is effective for reducing CT based on the findings of analysis performed using the finite element method. With a CT efficiency of 99.62%, 895,899 kWh of power are generated annually, and 798,24 kg of emissions are reduced compared with the average waste of fossil power generators |