Intelligent power distribution administrative center

Abstract

The invention relates to an intelligent distributing manager which comprises power module with low voltage, communication module, alternative-direct current detecting module, electric remote terminal and load detecting module. Wherein, the CPU of electric remote terminal is central processor, to collect and process parallel data, and analyze and send the load state to the system controller; the memory stores operation program, parameter and operation state. The manger via communication module and system bus is connected to the system control center, to receive instruction feedback; the load detecting module comprises several alternative-direct current solid power controllers, via internal bus to connect the electric remote terminal; the alternative-direct detecting module real time detects the voltage of each collecting bar of power. The invention is distributed secondary distributing manager, via system bus to connect the control center. The invention can power load, reduce cable length, reduce cost and improve reliability, with self-detection and protection.

Description

(1) Technical field [0001] The invention relates to the field of power distribution systems, in particular to an intelligent power distribution management center. (2) Technical background [0002] The power supply system of large-scale independent power consumption facilities, such as the power supply system of airplanes, trains, ships, etc., currently mostly adopts the centralized power distribution method. With the rapid development of technology, the performance of various facilities has been greatly improved, the electrical equipment in them has also increased rapidly, and the power of the power supply system has continued to increase. In the centralized power distribution mode, each electrical equipment is connected to the system control center through an independent cable and power supply, and an independent control line. When there are multiple sets of equipment distributed in different locations in a system, the entire system requires a large number of wires and cabl...

AI Technical Summary

Problems solved by technology

In the centralized power distribution mode, each electrical device is connected to the system control center through an independent cable and power supply, and an independent control line. When there are multiple sets of equipment distributed in different locations in a system, the entire system requires a large number of wires and cables. , making the installation and debugging of the system cumbersome, making it difficult to maintain and expand the system, reducing the reliability of the system and increasing the cost

In addition, under the centralized power distribution mode, it is also difficult to monitor the operating status of each load in the system in real time and to automatically control each load.

[0003] In short, the centralized power distribution method seriously affects the improvement of the overall performance of the modern system, and is in great need of improvement

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