Emergency power supply management system based on ant colony algorithm and intelligent patrol method

Abstract

The invention provides an emergency power supply management system based on an ant colony algorithm and an intelligent patrol method, the emergency power supply management system comprises a monitoring host and a plurality of lamp units, and each lamp unit comprises a power supply node; each power supply node comprises a lamp controller and a corresponding power supply information acquisition module; and the monitoring host determines a patrol path of the power supply node by combining an active patrol mode with a periodic timing patrol mode based on an ant colony algorithm, and analyzes the state of charge of the power supply node according to the power supply data information uploaded by the power supply node. According to the emergency power supply management system based on the ant colony algorithm and the intelligent patrol method, the node exception rate and the node space position are considered, the patrol path is dynamically planned, it is ensured that the exceptional node isfound at the highest speed, the response speed and the management level of the system are improved, and the intelligent degree of the system is further improved.

Description

technical field [0001] The invention belongs to the technical field of emergency lighting system power management, and relates to an emergency power management system based on an ant colony algorithm and an intelligent inspection method. Background technique [0002] With the continuous improvement of the degree of urbanization in our country, urban buildings tend to be large-scale, high-rise, and modernized. Buildings have higher and higher requirements for fire protection, especially some important public buildings. Due to the special nature of use, the building structure is more complicated. , The population density is higher, once a fire breaks out, it will cause difficulties in evacuation, resulting in casualties and heavy property losses. In the "Fire Emergency Lighting and Evacuation System Technical Standards" (GB51309-2018) and "Code for Fire Protection Design of Buildings", the emergency lighting system and backup power supply are stipulated: the fire emergency lig...

AI Technical Summary

Problems solved by technology

[0004] The early emergency lighting system was small in scale, and the patrol management of the battery was completed manually or semi-manually. With the increase of the building volume, the scale of the emergency lighting system continued to expand, and the traditional power supply patrol method could no longer meet the management requirements. need

Due to the huge workload, the manual inspection method cannot achieve round-the-clock inspections, which may easily lead to missed inspections and missed inspections, resulting in the existence of management blind spots

With the development of science and technology, the power management system has developed from the single function of early voltage and current detection to the management of complex states such as battery capacity and health status. However, since most projects use a single power estimation algorithm, the problem of low power estimation accuracy has always been In addition, the patrol management method of the traditional power management system is still used in the inspection management, that is, the passive inspection management method in which the lower computer collects power supply information and the upper computer is responsible for information display. The system monitors the state of the battery without distinction. The inspection management method lacks rationality and scientificity in structure, and cannot give full play to the macroscopic advantages of the system inspection management. It is directly manifested in the lag when the system finds abnormal power nodes, resulting in a decrease in system stability and rapidity.

Images