Intelligent distribution management system and method applied to warships

Abstract

The invention provides an intelligent distribution management system and method applied to warships. The system includes a power conversion unit and an intelligent distribution data management and analysis unit. The power conversion unit converts a warship power supply into a required voltage, provides power for all loads, and transmits electrical parameters to the intelligent distribution data management and analysis unit. The intelligent distribution data management and analysis unit monitors the input or output electrical parameters of the power conversion unit, completes the alarm for thefault of the power supply, and reminds users of the abnormality of the input or output electrical parameters of the power conversion unit. The system has a real-time measurement function, a real-timedisplay function, an alarm function, a three-phase balance function, a remote networking function, a data recording function, a temperature monitoring function and a real-time fault detection function. Based on the comprehensive functions, when there is a problem, an alarm can be issued for a particular load device. Therefore, the accuracy is improved, there is no need to check all load devices, and the fault removal workload is greatly reduced.

Description

Technical field: [0001] The invention belongs to the field of ship power distribution system equipment, and in particular relates to an intelligent power distribution management system and method applied to ships. Background technique: [0002] At present, the power distribution system of the traditional ship's load equipment is powered solely from the bus, resulting in a complicated and chaotic cable network for the entire ship, and it is difficult to troubleshoot the power supply of a single machine. In addition, in the existing ship power distribution system, there is no power distribution monitoring unit for individual loads. When a problem occurs, it is only analyzed at the system level and cannot be specific to each load device, resulting in poor troubleshooting accuracy. At the same time, the existing power distribution system does not have the function of automatically recording and storing the electrical information of the distribution loads. Once a problem occurs, ...

AI Technical Summary

Problems solved by technology

[0002] At present, the power distribution system of the traditional ship's load equipment takes power from the bus separately, resulting in complicated and chaotic cable networks on the entire ship, and difficulty in troubleshooting single-machine power supply

In addition, in the existing ship power distribution system, there is no power distribution monitoring unit for individual loads. When a problem occurs, it is only analyzed at the system level and cannot be specific to each load device, resulting in poor troubleshooting accuracy. At the same time, the existing power distribution system does not have the function of automatically recording and storing the electrical information of the distribution load. Once a problem occurs, all load equipment needs to be checked, and the workload of troubleshooting is huge.

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