CN-121981660-A - Oil-gas field energy-saving monitoring method, system, equipment and storage medium

CN121981660ACN 121981660 ACN121981660 ACN 121981660ACN-121981660-A

Abstract

The invention relates to the technical field of energy-saving monitoring and provides an oil-gas field energy-saving monitoring method, an oil-gas field energy-saving monitoring system, oil-gas field energy-saving monitoring equipment and a storage medium, wherein the method comprises the steps of obtaining a monitoring target object and formulating a monitoring scheme based on the monitoring target object; the method comprises the steps of acquiring monitoring data of a monitoring target object, a monitoring report template and a matched report generation algorithm according to the monitoring scheme, generating a monitoring report based on the monitoring data, the monitoring report template and the matched report generation algorithm, and editing, checking, auditing, signing and publishing according to the monitoring report. The energy-saving monitoring business management flow is unified, the content of the monitoring result is clear and visible, the tracing is convenient, the manual intervention and the offline manual summarizing and analyzing work are reduced, the data accuracy is improved, the energy-saving monitoring working period is greatly shortened, and the energy-saving monitoring work developing efficiency is improved.

Inventors

YU YANG
MA RUI
LIU JUNFENG
CHU TINGTING
ZHAO ZIMU
Shi Genjian
HE LIMEI

Assignees

中国石油天然气股份有限公司

Dates

Publication Date: 20260505
Application Date: 20241030

Claims (10)

1. An oil and gas field energy conservation monitoring method, characterized in that the method comprises, Acquiring a monitoring target object, and formulating a monitoring scheme based on the monitoring target object; Acquiring monitoring data of the monitoring target object, a monitoring report template and a matched report generation algorithm according to the monitoring scheme; generating a monitoring report based on the monitoring data, the monitoring report template and a matched report generation algorithm; editing, checking, auditing, signing and publishing are carried out according to the monitoring report.
2. The method of claim 1, wherein the acquiring the monitoring target object, and formulating a monitoring scheme based on the monitoring target object comprises: Acquiring an equipment model, a monitoring instrument model, a monitoring report model and a monitoring standard of a monitoring target object; And formulating a monitoring scheme based on the equipment model, the monitoring instrument model, the monitoring report model and the monitoring standard.
3. The method of claim 2, wherein the obtaining the monitoring data of the monitoring target object, the monitoring report template, and the supporting report generation algorithm according to the monitoring scheme comprises: Matching a monitoring algorithm according to the equipment model and the monitoring standard; Calculating efficiency index data and evaluating monitoring results based on the monitoring algorithm; And forming monitoring data according to the efficiency indication data and the evaluation monitoring result.
4. The method of claim 2, wherein the obtaining the monitoring data of the monitoring target object, the monitoring report template, and the supporting report generation algorithm according to the monitoring scheme comprises: acquiring a report template name and a report equipment type according to the monitoring report model; Generating a monitoring report template based on the report template name and the report equipment type; and editing and creating a matched report generation algorithm corresponding to the content of the monitoring report template on line based on the monitoring report template.
5. The method of claim 3, wherein the generating a monitoring report based on the monitoring data, a monitoring report template, and a companion report generation algorithm comprises: and generating a monitoring report on a monitoring report template through a matched report generating algorithm according to the efficiency index data and the evaluation monitoring result.
6. The method of claim 4, wherein the obtaining a report template name, reporting device type, from the monitoring report model comprises: The acquisition modes of the report template name and the report equipment type comprise report form filling, automatic acquisition of a data interface and data uploading.
7. The method of claim 4, wherein generating a monitoring report template based on the report template name, reporting device type, comprises: Generating a report document based on the monitoring report template; annotating and electronically stamping according to the online editing of the report document; And forming a unified file management interface based on the report document of annotation and electronic seal.
8. An oil and gas field energy conservation monitoring system, the system comprising: the model management module is used for acquiring a monitoring target object and formulating a monitoring scheme based on the monitoring target object; The data acquisition module is used for acquiring the monitoring data of the monitoring target object, the monitoring report template and the matched report generation algorithm according to the monitoring scheme; the report processing module is used for generating a monitoring report based on the monitoring data, the monitoring report template and a matched report generation algorithm; and the project management module is used for editing, checking, auditing, signing and publishing according to the monitoring report.
9. An electronic device, the electronic device comprising: A memory for storing a computer program; a processor for implementing the oil and gas field energy saving monitoring method according to any one of claims 1 to 7 when executing said computer program.
10. A computer storage medium having stored thereon a computer program which when executed by a processor implements the oil and gas field energy saving monitoring method according to any one of claims 1 to 7.

Description

Oil-gas field energy-saving monitoring method, system, equipment and storage medium Technical Field The present disclosure relates to the field of energy-saving monitoring technology, in particular to an energy-saving monitoring method for an oil-gas field systems, devices, and storage media. Background The oil and gas field is not only the source of energy production and development, but also the huge consumption. During the oil and gas exploitation and production process, various devices, machines and processes are involved. The energy-saving monitoring is an effective way and a conventional means which are commonly applied to the diagnosis of the running state of equipment at present and acts on each stage of early evaluation, construction and production running with an energy consumption unit. At present, most of energy-saving monitoring business development of oil and gas field enterprises is carried out in an off-line document transmission mode, the oil and gas field enterprises or superior authorities initiate monitoring plans and entrust monitoring institutions to carry out testing, after the monitoring institutions formulate monitoring schemes and complete field testing, original test data are input, summarized and analyzed in an EXCEL mode, and after all equipment testing is completed, monitoring reports are compiled, audited and issued. The monitoring report formed by the energy-saving monitoring can take a few months to feed back the final monitoring conclusion to the user unit, the related correction proposal is difficult to be applied to the current production working condition, and the problems of long result feedback period, scattered data storage, non-uniform data standard, difficult hasse of original data and the like exist, so that the development efficiency of the energy-saving monitoring work is required to be improved. Disclosure of Invention In order to solve the problems, the present disclosure provides an oil and gas field energy-saving monitoring method, system, device and storage medium, which optimize an oil and gas field enterprise energy-saving monitoring work development method, shorten a working period, reduce human input and improve working efficiency by constructing a system suitable for oil and gas field energy-saving monitoring full-business process management and a matched informatization management system. The first aspect of the disclosure provides an oil-gas field energy-saving monitoring system, which comprises the steps of obtaining a monitoring target object, formulating a monitoring scheme based on the monitoring target object, obtaining monitoring data, a monitoring report template and a matched report generation algorithm of the monitoring target object according to the monitoring scheme, generating a monitoring report based on the monitoring data, the monitoring report template and the matched report generation algorithm, and editing, checking, auditing, signing and publishing according to the monitoring report. The method and the device have the advantages that after the monitoring scheme is formulated for the monitoring target object, the monitoring target object is conveniently monitored according to the monitoring scheme, monitoring data of the monitoring target object are obtained in the monitoring process, then the monitoring data are calculated based on the monitoring report template and the matched report generation algorithm, the monitoring report of the monitoring target object is generated, the issuing according to the monitoring report is facilitated, the energy-saving monitoring business management flow is unified, the monitoring result content is clear and visible and is convenient to trace, manual intervention and offline manual summarization and analysis work are reduced, the data accuracy is improved, the energy-saving monitoring work period is greatly shortened, and the energy-saving monitoring work development efficiency is improved. In some embodiments, the acquiring the monitoring target object and formulating a monitoring scheme based on the monitoring target object comprises acquiring an equipment model, a monitoring instrument model, a monitoring report model and a monitoring standard of the monitoring target object and formulating a monitoring scheme based on the equipment model, the monitoring instrument model, the monitoring report model and the monitoring standard. The method comprises the steps of setting up a corresponding equipment account through an equipment model, setting up a data source selected by a test object by an energy-saving monitoring scheme so as to be convenient for checking the situation of monitoring data of each equipment for each time, setting up an instrument library of a monitoring target object by a monitoring instrument model so as to be convenient for checking general test items of each instrument and detection expiration reminding information of the instrument by the energy-saving monitoring scheme, automa