Abstract
Electric propulsion for cruise ships is now the standard cause of several benefits. However, the propulsion drive has a great impact on ships and power systems. This has prompted necessities to comprehend the effect of impetus drives on transport networks under profoundly unique working conditions. In many cases, the operation of such equipment significantly reduces the power quality of ships and offshore equipment. Therefore, appropriate precautions are implemented to minimize the negative impact on the low power quality of power equipment and devices. The quality and safety of the voltage supply are very important to the safety and crew of any vessel, and the protection and monitoring of vessel propulsion are based on the proposed Contextual Data Prediction Technology (CDPT). Malfunctions or failures of equipment such as propulsion and navigation systems can cause serious consequences in the sea or nearby coasts. When working on an all-electric cruise ship to explain a typical propulsion drive, the sensor is used to analysis the motor running condition via CDPT controller and send the data to user in the way of Internet of Things (IoT) and the whole system is developed in the tool. Therefore, the improved model effectively evolved and the simulation results turned out to be in a close detailed model from the perspective of the ship's network.
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