Half bridgeinverter is a device that functions to convert DC voltage into AC voltage. This tool is widely applied in various fields such as solar power systems, UPS, and electric motors. For optimal operation, the half bridgeinverter requires ACcurate control to ensure that the AC voltage produced is stable and in ACcordance with the load requirements. One effective control method is using PID (Proportional-Integral- Derivative) control. PID control works by adjusting the output based on the difference between the expected value and the ACtual value, and making the necessary adjustments through proportional, integral, and derivative settings. This study aims to
evaluate the performance of a half bridgeinverter with PID control implementation, and compare the results with other control methods. The results show that PID control
can improve the stability and response of the half bridgeinverter, resulting in a more
ACcurate and stable output voltage.
Keywords: Half bridgeInverter, PID Control, AC Voltage, Control, Stability