CN-115276221-B - Power monitoring alarm system, method, device and storage medium

CN115276221BCN 115276221 BCN115276221 BCN 115276221BCN-115276221-B

Abstract

The application relates to an electric power monitoring and alarming system, an electric power monitoring and alarming method, an electric power monitoring and alarming device and a storage medium, wherein the electric power monitoring and alarming system comprises a plurality of first safety machine rooms, a plurality of second safety machine rooms, a third safety machine room and a third safety machine room, wherein the first safety machine rooms are used for carrying out machine room detection according to preset detection rules and outputting first operation state information, the second safety machine rooms are used for carrying out machine room detection according to preset detection rules and outputting second operation state information, the third safety machine rooms are respectively connected with the first safety machine rooms and the second safety machine rooms, and the third safety machine rooms are used for receiving the first operation state information and the second operation state information, carrying out summarization analysis on the first operation state information and the second operation state information and outputting alarming information. And the third safety machine room receives the running state information, collects, analyzes and alarms, and realizes timely troubleshooting.

Inventors

HE YUBIN
GU HUIJIE
SUN SHUHAO
PENG CHAOYI
ZHAO HUASHI
ZHOU HUAFENG

Assignees

中国南方电网有限责任公司

Dates

Publication Date: 20260505
Application Date: 20220624

Claims (8)

1. A power monitoring and warning system, the system comprising: The system comprises a plurality of first safety machine rooms, a plurality of second safety machine rooms, a plurality of first safety machine rooms; the second safety machine rooms are used for carrying out machine room detection according to the preset detection rules and outputting second running state information; The system comprises a first safety machine room, a second safety machine room, a third safety machine room, a first alarm unit, a second alarm unit and a third alarm unit, wherein the first safety machine room is connected with the first safety machine room and the second safety machine room respectively; the preset detection rule further comprises detecting at least one of a file retention state, a connection state and a data synchronization state; The first security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting the first running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The first security machine room is used for accessing the third party server and outputting the first running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; Any one of the first safety machine rooms is used for carrying out heartbeat service detection on the other first safety machine room, and outputting the first running state information carrying connection state abnormal data under the condition that the heartbeat service abnormality is detected; The first safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting the first running state information carrying the data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold; The second security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting the second running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The second security machine room is used for accessing the third party server and outputting the second running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; Any one of the second safety machine rooms is used for carrying out heartbeat service detection on the other second safety machine room, and outputting the second running state information carrying connection state abnormal data under the condition that the heartbeat service abnormality is detected; The second safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting the second running state information carrying the data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold.
2. The power monitoring and alert system according to claim 1, wherein the target traffic comprises communication traffic; the first security machine room is provided with a first node, wherein the first node is used for running the application of the execution target service, and the first running state information comprises running state data used for representing whether the running of the first node is normal or not; The second security machine room is provided with a second node, the second node is used for running the application of the execution target service, and the second running state information comprises running state data used for representing whether the running of the second node is normal or not.
3. The power monitoring and warning system of claim 1, characterized in that, The third safety machine room is used for respectively carrying out heartbeat service detection on the first safety machine room and the second safety machine room so as to determine whether the network link states of the first safety machine room and the second safety machine room are abnormal.
4. A power monitoring and warning system according to claim 1 or 3, characterized in that, The first safety machine room, the second safety machine room and the third safety machine room are also used for being connected with a message server, and the third safety machine room is used for receiving the first running state information and the second running state information through the message server.
5. The electric power monitoring and alarming method is applied to a third safety machine room in an electric power monitoring and alarming system, the electric power monitoring and alarming system further comprises a first safety machine room connected with the third safety machine room and a second safety machine room connected with the third safety machine room, wherein the safety of the third safety machine room is higher than or equal to that of the second safety machine room, and the safety of the second safety machine room is higher than that of the first safety machine room, and the method comprises the following steps: The method comprises the steps of receiving first running state information transmitted by a first safety machine room, wherein the first running state information is obtained by the first safety machine room through machine room detection according to preset detection rules, and the preset detection rules comprise running state detection of an application executing target service; Receiving second running state information transmitted by the second safety machine room, wherein the second running state information is obtained by the second safety machine room through machine room detection according to the preset detection rule; summarizing and analyzing the first running state information and the second running state information, and outputting alarm information; the preset detection rule further comprises detecting at least one of a file retention state, a connection state and a data synchronization state; The first security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting the first running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The first security machine room is used for accessing the third party server and outputting the first running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; Any one of the first safety machine rooms is used for carrying out heartbeat service detection on the other first safety machine room, and outputting the first running state information carrying connection state abnormal data under the condition that the heartbeat service abnormality is detected; The first safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting the first running state information carrying the data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold; The second security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting the second running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The second security machine room is used for accessing the third party server and outputting the second running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; Any one of the second safety machine rooms is used for carrying out heartbeat service detection on the other second safety machine room, and outputting the second running state information carrying connection state abnormal data under the condition that the heartbeat service abnormality is detected; The second safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting the second running state information carrying the data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold.
6. The electric power monitoring and alarming device is characterized by being applied to a third safety machine room in an electric power monitoring and alarming system, wherein the electric power monitoring and alarming system further comprises a first safety machine room connected with the third safety machine room and a second safety machine room connected with the third safety machine room, the safety of the third safety machine room is higher than or equal to that of the second safety machine room, the safety of the second safety machine room is higher than that of the first safety machine room, and the device comprises: The system comprises a first information receiving module, a first information processing module and a second information processing module, wherein the first information receiving module is used for receiving first running state information transmitted by a first safety machine room, wherein the first running state information is obtained by carrying out machine room detection on the first safety machine room according to a preset detection rule; the second information receiving module is used for receiving second running state information transmitted by a second safety machine room, wherein the second running state information is obtained by the second safety machine room through machine room detection according to the preset detection rule; The summarizing and analyzing module is used for summarizing and analyzing the first running state information and the second running state information and outputting alarm information; the preset detection rule further comprises detecting at least one of a file retention state, a connection state and a data synchronization state; The first security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting the first running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The first security machine room is used for accessing the third party server and outputting the first running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; Any one of the first safety machine rooms is used for carrying out heartbeat service detection on the other first safety machine room, and outputting the first running state information carrying connection state abnormal data under the condition that the heartbeat service abnormality is detected; The first safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting the first running state information carrying the data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold; The second security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting the second running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The second security machine room is used for accessing the third party server and outputting the second running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; Any one of the second safety machine rooms is used for carrying out heartbeat service detection on the other second safety machine room, and outputting the second running state information carrying connection state abnormal data under the condition that the heartbeat service abnormality is detected; The second safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting the second running state information carrying the data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold.
7. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method of claim 5.
8. A computer program product comprising a computer program, characterized in that the computer program realizes the steps of the method of claim 5 when being executed by a processor.

Description

Power monitoring alarm system, method, device and storage medium Technical Field The present application relates to the field of power monitoring technologies, and in particular, to a power monitoring alarm system, a method, an apparatus, and a storage medium. Background With the reform and development of the electric power market, the more the service demand variety of the electric power monitoring and warning system is. The existing machine room setting of the electric power monitoring and alarming system is distributed, and when the running state of the sub machine room is abnormal, the central machine room directly judges and alarms the abnormal state of the sub machine room. When the deployment amount of the machine room is more, the more services are correspondingly accessed, the more modules are needed for executing the services, and the more modules are needed to be monitored. When a certain module fails, a plurality of machine rooms can be caused to report errors, so that alarm storm is caused, and the central machine room can not timely and rapidly alarm the failure. Disclosure of Invention Based on the foregoing, it is necessary to provide a power monitoring and warning system, a method, a device and a storage medium for solving the above technical problems. In a first aspect, the present application provides a power transaction monitoring and alert system, comprising: the first safety machine rooms are used for carrying out machine room detection according to preset detection rules and outputting first running state information; the preset detection rules comprise running state detection of the application executing the target service; The second safety machine rooms are used for carrying out machine room detection according to preset detection rules and outputting second running state information; The system comprises a first safety machine room, a second safety machine room, a third safety machine room and a warning system, wherein the first safety machine room is used for receiving first operation state information and second operation state information, and carrying out summarization analysis on the first operation state information and the second operation state information to output warning information. In one embodiment, the target traffic comprises communication traffic; The first security machine room is provided with a first node, wherein the first node is used for running an application for executing a target service, and the first running state information comprises running state data for representing whether the running of the first node is normal or not; The second security machine room is provided with a second node, the second node is used for running an application for executing the target service, and the second running state information comprises running state data for representing whether the running of the second node is normal or not. In one embodiment, the preset detection rule further includes detecting at least one of a file retention state, a connection state, and a data synchronization state; The first security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting first running state information carrying file retention state abnormal data under the condition that the retention time is greater than a first preset time threshold value; The first security machine room is used for accessing the third party server and outputting first running state information carrying abnormal data of the connection state under the condition that the response of the third party server to the access feedback is not received within a second preset time threshold; The system comprises a first safety machine room, a second safety machine room, a third safety machine room, a fourth safety machine room, a fifth safety machine room, a sixth safety machine room, a seventh safety machine room, a fourth safety machine room and a fourth safety machine room, wherein the first safety machine room is used for connecting the other first safety machine room; The first safety machine room is used for transmitting the disclosure data to be synchronously displayed to the third safety machine room, and outputting first running state information carrying data synchronization state abnormal data if the third safety machine room is determined to not receive the disclosure data within a third preset time threshold. In one embodiment, the preset detection rule further includes detecting at least one of a file retention state, a connection state, and a data synchronization state; The second security machine room is used for receiving the synchronous file from the file server, processing the synchronous file, determining the retention time of the processed synchronous file, and outputting second running state information carrying file retention state abnormal data under the condit