Investigation of Power Quality Using a Laboratory Experimental Setup of a Shipboard Power Plant

This research article investigates the power quality of ship power systems using a laboratory experimental setup of a shipboard power plant. The study focuses on analyzing the impact of power disturbances, including nonlinear and asymmetric loads, on the electrical energy supplied onboard. The laboratory experimental setup allows intentional introduction of these loads to simulate realistic operating conditions and evaluate their effects on power quality. Through simulation techniques, critical modes and parameters are assessed, leading to recommendations for avoiding and suppressing power quality issues. The experimental results emphasize the challenges posed by nonlinear and asymmetric loads, highlighting the importance of understanding their effects on power quality in shipboard applications. The findings contribute to the overall knowledge of power quality in ship power systems, ultimately facilitating the enhancement of reliability and efficiency in marine power generation.