Interface for monitoring of electrical and non electrical data on bard a vessel

The development of maritime transport is characterized by the use of a wide variety of ships and marine equipment. Increasing their efficiency requires the use of SCADA, with the help of which thousands of parameters are controlled. SCADA systems solve the following tasks: hierarchical control, analysis and arrangement of controlled parameters, creation of a database, a system for diagnostics of ship equipment. The article discusses the main features of the SCADA created by the authors, with the main attention being paid to the interface. The research shows that synchronization is crucial for reducing power disturbances and assuring the dependability of shipboard electrical systems. While automatic synchronization shows promise, our studies reveal areas that need improvement, namely with sensor precision and timing inconsistencies. By providing these data, we enhance the comprehension of how synchronization affects the safety and operational efficiency of maritime vessels, emphasizing the necessity for continuous improvement of shipboard power systems. This paper contributes to the field of electrical engineering by highlighting the importance of improving synchronization techniques for marine applications and other industries that depend on dispersed power systems.