CN-115802470-B - Base station power monitoring management system

CN115802470BCN 115802470 BCN115802470 BCN 115802470BCN-115802470-B

Abstract

The invention relates to a base station power monitoring management system which comprises a monitoring center server and a plurality of communication base stations, wherein the monitoring center server is communicated with the plurality of communication base stations, the plurality of communication base stations are divided according to areas, the plurality of communication base stations are divided in each area, each communication base station is only affiliated to one area, the communication base stations are provided with power data acquisition units, the power data acquisition units are used for acquiring the voltage and the current of the communication base stations so as to obtain load power, the communication base stations upload information acquired by the power data acquisition units to the monitoring center server, and the monitoring center server respectively controls the communication base stations in the areas according to the information acquired by the power data acquisition units of the communication base stations in each area. The base station power monitoring management system has the beneficial effects that the base station power monitoring management system can realize dynamic regulation and control of the communication base stations in the area according to the service condition of the communication base stations, so that power is saved.

Inventors

CHENG XU
CHEN CUI
LIAN SHUANG
LI FENG

Assignees

浙江省邮电工程建设有限公司

Dates

Publication Date: 20260508
Application Date: 20221109

Claims (9)

1. The base station power monitoring and managing system is characterized by comprising a monitoring center server and a plurality of communication base stations; The monitoring center server is communicated with a plurality of communication base stations, the plurality of communication base stations are divided according to areas, a plurality of communication base stations are divided in each area, each communication base station is only affiliated to one area, and the communication base stations are provided with power data acquisition units which are used for acquiring the voltage and the current of the communication base stations so as to obtain load power; The monitoring center server respectively controls the communication base stations in the areas according to the information acquired by the power data acquisition units of the communication base stations in each area; the method for regulating and controlling the communication base station by the monitoring center server based on the load power comprises the following steps: Step 1, counting the average load power of each communication base station in the running state in each area in a certain time by the monitoring center server every preset period; Step 2, the monitoring center server calculates and obtains the average load power of each area according to the average load power of each communication base station in the running state of each area; Step 3, the monitoring center server obtains total average load power according to the average load power of each area; And 4, calculating the ratio of the average load power to the total average load power of each area, and if the ratio of one area is lower than a preset minimum threshold value, regulating and closing part of the communication base stations in the area by the monitoring center server, so as to reduce the density of the running communication base stations.
2. The base station power monitoring and management system of claim 1, wherein, In step 4, if the ratio of a certain area is higher than a preset highest threshold, the monitoring center server regulates and controls to open a closed part of the communication base stations in the area, so as to increase the density of the running communication base stations.
3. A base station power monitoring and management system according to claim 2, wherein, If the ratio of a certain area is not lower than a preset lowest threshold value or not higher than a preset highest threshold value, increasing the length of the preset period; if the ratio of a certain area is lower than a preset lowest threshold value or if the ratio of a certain area is higher than a preset highest threshold value, shortening the length of the preset period; The length of the preset period is provided with a maximum value and a minimum value; If the length of the preset period reaches the maximum value when the length of the preset period is increased, the increase is not continued; and if the length of the preset period reaches the minimum value when the length of the preset period is shortened, the shortening is not continued.
4. The base station power monitoring and management system of claim 1, wherein, In step 4, if the ratio of a certain area is higher than a preset highest threshold value and all the communication base stations without faults in the area are in an open state, the monitoring center server sends out an emergency maintenance instruction or needs to add base station information according to the number of the communication base stations with faults in the area.
5. The base station power monitoring and management system of claim 4, wherein, The monitoring center server sends out an emergency maintenance instruction or a control method requiring to add base station information according to the number of the communication base stations with faults in the area, and the control method comprises the following steps: Calculating the ratio of the number of the communication base stations with faults in the area to the number of all the communication base stations in the area, sending out an emergency maintenance instruction if the ratio is larger than a highest threshold value, and sending out base station information needing to be added if the ratio is not larger than the highest threshold value.
6. The base station power monitoring and management system of claim 4, wherein, The monitoring center server sorts the priority maintenance levels of different areas according to the ratio of the number of the communication base stations with faults in different areas to the number of all the communication base stations in the areas, and the higher the ratio is, the higher the priority maintenance level of the area is.
7. The base station power monitoring and management system of claim 6, wherein, And the monitoring center server issues daily maintenance tasks according to the regional arrangement.
8. The base station power monitoring and management system of claim 1, wherein, The monitoring center server regulates and controls each communication base station according to the common time; The method for the monitoring center server to regulate and control the communication base stations according to the common time for each communication base station comprises the following steps: dividing each day into a plurality of time periods, and calculating the average load power of the communication base station in each time period; Judging whether the average load power of the communication base station in each time period is smaller than a preset minimum threshold value, if the average load power in one time period is smaller than the preset minimum threshold value, defining the time period as an inactive time period of the communication base station, and if the last time period and the next time period of the time period are both defined as inactive time periods, closing the communication base station in the time period by the monitoring center server.
9. The base station power monitoring and management system of claim 1, wherein, Each day was divided into 24 time periods, each set to 1 hour.

Description

Base station power monitoring management system Technical Field The invention relates to a base station power monitoring management system. Background The communication base station, also called wireless base station, is a low power wireless antenna for communicating with the mobile phone of the user, and the transmitting power varies from several watts to hundreds of watts according to the service range and the number of users. Indoor communication base stations for use in office buildings are typically small base stations. The communication base station in the office building is usually installed in a mode of higher density during installation so as to ensure the stability of later-stage communication. However, when the office building is actually used, the personnel density of each office area is different, even part of the areas are free and no personnel exist, and part of the communication base stations operate in a light-load or even no-load state, so that the waste of electric power resources exists. Disclosure of Invention The present invention is directed to a base station power monitoring and management system, which solves the problems set forth in the above background art. In order to achieve the above purpose, the present invention provides the following technical solutions: A base station power monitoring management system comprises a monitoring center server and a plurality of communication base stations; the monitoring center server is communicated with a plurality of communication base stations, the plurality of communication base stations are divided according to areas, each area is divided into a plurality of communication base stations, each communication base station is only affiliated to one area, the communication base stations are provided with power data acquisition units, and the power data acquisition units are used for acquiring the voltage and the current of the communication base stations so as to obtain load power; And the monitoring center server respectively controls the communication base stations in the areas according to the information acquired by the power data acquisition units of the communication base stations in each area. The method for regulating and controlling the communication base station by the monitoring center server based on the load power comprises the following steps: step 1, counting the average load power of each communication base station in the running state in each area in a certain time by a monitoring center server every preset period; step2, the monitoring center server calculates and obtains the average load power of each area according to the average load power of each communication base station in the running state of each area; step 3, the monitoring center server obtains total average load power according to the average load power of each area; And 4, calculating the ratio of the average load power to the total average load power of each area, and if the ratio of one area is lower than a preset minimum threshold value, regulating and closing part of communication base stations in the area by the monitoring center server, so as to reduce the density of the running communication base stations. In step 4, if the ratio of a certain area is higher than a preset highest threshold, the monitoring center server regulates and controls to open a closed part of communication base stations in the area, so that the density of the running communication base stations is improved. If the ratio of a certain area is not lower than a preset lowest threshold value or higher than a preset highest threshold value, the length of a preset period is increased; If the ratio of a certain area is lower than a preset lowest threshold value or if the ratio of a certain area is higher than a preset highest threshold value, shortening the length of a preset period; The length of the preset period is provided with a maximum value and a minimum value; If the length of the preset period reaches the maximum value when the length of the preset period is increased, the increase is not continued; and if the length of the preset period reaches the minimum value when the length of the preset period is shortened, the shortening is not continued. In step 4, if the ratio of a certain area is higher than a preset highest threshold value and all the communication base stations without faults in the area are in an open state, the monitoring center server sends out an emergency maintenance instruction or needs to add base station information according to the number of the communication base stations with faults in the area. The invention further provides a control method for sending out an emergency maintenance instruction or needing to add base station information by the monitoring center server according to the number of the communication base stations with faults in the area, comprising the following steps: calculating the ratio of the number of the communication base stations with fau