CN105607625A - Intelligent processing system for automatic evaluation and diagnosis of transformer - Google Patents

Intelligent processing system for automatic evaluation and diagnosis of transformer Download PDF

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Publication number
CN105607625A
CN105607625A CN201610142614.2A CN201610142614A CN105607625A CN 105607625 A CN105607625 A CN 105607625A CN 201610142614 A CN201610142614 A CN 201610142614A CN 105607625 A CN105607625 A CN 105607625A
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China
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data
transformer
intelligent processing
intelligent
information
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CN201610142614.2A
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Chinese (zh)
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吕启深
李勋
黄炜昭
黄荣辉
胡子珩
姚森敬
章彬
伍国兴
张�林
向冬冬
鄢小虎
文正其
李穆
施磊
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深圳供电局有限公司
国网电力科学研究院武汉南瑞有限责任公司
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Priority to CN201610142614.2A priority Critical patent/CN105607625A/en
Publication of CN105607625A publication Critical patent/CN105607625A/en

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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B23/00Testing or monitoring of control systems or parts thereof
    • G05B23/02Electric testing or monitoring
    • G05B23/0205Electric testing or monitoring by means of a monitoring system capable of detecting and responding to faults
    • G05B23/0208Electric testing or monitoring by means of a monitoring system capable of detecting and responding to faults characterized by the configuration of the monitoring system
    • G05B23/0213Modular or universal configuration of the monitoring system, e.g. monitoring system having modules that may be combined to build monitoring program; monitoring system that can be applied to legacy systems; adaptable monitoring system; using different communication protocols
    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B2219/00Program-control systems
    • G05B2219/20Pc systems
    • G05B2219/24Pc safety
    • G05B2219/24065Real time diagnostics

Abstract

The invention discloses an intelligent processing system for automatic evaluation and diagnosis of a transformer. The intelligent processing system includes a live line detection device, a data storage device, an intelligent processing device and a mobile terminal, wherein the live line detection device is used for performing a detection test on a transformer, and generating the real time live line data; the data storage device is used for storing the health state data information of the transformer after the detection; the intelligent processing device is used for accessing the real time live line data of the live line detection device, analyzing and processing the health state of the transformer requiring detection and testing according to the health state data information stored in the data storage device, and uploading, analyzing and processing the result information; and the mobile terminal is used for synchronously receiving the analyzed and processed result information pushed by the intelligent processing device. The intelligent processing system for automatic evaluation and diagnosis of a transformer can automatically generate the evaluation and diagnosis data information for the normal operation defect and the potential fault of the transformer, and can provide reference for state evaluation and diagnostic analysis of the transformer.

Description

一种用于变压器自动评估诊断的智能处理系统 An intelligent diagnostic processing system for automatically evaluating transformer

技术领域 FIELD

[0001]本发明涉及输变电技术领域,尤其涉及一种基于多参数提取处理方案的用于变压器自动评估诊断的智能处理系统。 [0001] Technical Field The present invention relates to a power transmission, particularly to a multi-parameter extraction based on intelligent processing system for processing program for automatically evaluating transformer diagnosis.

背景技术 Background technique

[0002]电力变压器是电力系统中的主要设备之一,其安全运行与否,将直接关系到整个电力系统能否连续、可靠和稳定的工作。 [0002] Power transformer is one of the main equipment in the power system, safe operation or not, is directly related to the entire power system can continuous, reliable and stable work. 电力变压器一旦发生故障将对供电可靠性和系统的正常运行带来严重的影响,特别是大型电力变压器,价格昂贵、结构复杂,一旦因故障损坏后,检修周期很长,给国民经济带来巨大损失。 Uptime and reliability of power supply failure the system will have serious repercussions in the event of power transformers, power transformers especially for large, expensive, complex structure, once the damage due to failure after a long maintenance cycle, to the national economy huge loss.

[0003]现有的变压器突发故障后,通常需要组织各方面专家分析事故成因,然后确定试验方法,需要组织各方面专家分析事故成因,然后确定试验方法,根据试验结果继续分析或追加试验。 [0003] After a conventional transformer sudden failure, often it requires experts from various fields cause of the incident and Test methods for determining the need to organize the cause in various aspects of the expert analysis and test method to determine, continue to analyze the test results or additional tests. 这种分析、抢修机制的时效性已不适应当前电网停电时间限制、高可靠供电要求以及事故严重性快速发展等现状。 This analysis, the timeliness of repair mechanisms no longer meet the current outage time limit, high reliability power supply requirements and the severity of the accident rapid development of the status quo. 因此,制定相应的即时判断措施尤为重要。 Therefore, to develop appropriate measures to instant judgment is particularly important.

[0004]在变压器运行维护的过程中,对被检变压器的带电检测数据进行实时分析并给出建议的意义十分重大。 Meaning [0004] During the operation and maintenance of the transformer, the test data to the test transformer charged for real-time analysis and give advice is very important.

发明内容 SUMMARY

[0005]本发明所要解决的技术问题在于,提供一种用于变压器自动评估诊断的智能处理系统,能够对变压器的常规运行缺陷、潜在故障等自动生成评估诊断数据信息,为变压器的状态评估及诊断分析提供参考。 [0005] The present invention solves the technical problem is to provide intelligent processing system for automatically evaluating the diagnostic transformer, diagnostics data can be generated automatically evaluate operation of a conventional defect information transformer, potential failure, and assessment of the state of the transformer diagnosis of reference.

[0006]为了解决上述技术问题,本发明实施例提供了一种用于变压器自动评估诊断的智能处理系统,包括:用以对变压器进行检测试验,并生成实时带电数据的带电检测装置;用以对经检测试验变压器的健康状态数据信息进行存储的数据存储装置;用以接入带电检测装置的实时带电数据,根据数据存储装置存储的健康状态数据信息对需检测试验变压器的健康状态进行分析处理、并上传分析处理结果信息的智能处理装置,以及用以同步接收智能处理装置推送的分析处理结果信息的移动终端,其中:智能处理装置分别与需进行检测试验的变压器、带电检测装置、数据存储装置以及移动终端相连。 [0006] To solve the above problems, embodiments of the present invention provides intelligent processing system for automatically evaluating the diagnostic transformer, comprising: means for testing the transformer, the detection means and generating charging data in real-time charging; used the health status data detected test transformer storage device that stores data; real-time charging data for charging the access detection means, the health status of the test transformer is required to detect the health state analyzing process data storage means for storing data information and upload intelligent processing means for processing the analysis result information, and the analysis processing result information to the mobile terminal receiving the synchronous push intelligent processing apparatus, wherein: the intelligent processing apparatus and testing were required transformer, a charging detection means, the data storage and means connected to the mobile terminal.

[0007]其中,带电检测装置检测的实时带电数据包括局部放电数据、红外检测数据、超声波检测数据、紫外检测数据中的一项或多项。 [0007] wherein, real-time charging data includes a charging apparatus for detecting partial discharge detection data, data of the infrared detector, an ultrasonic detection data, UV detection of one or more of data.

[0008]其中,智能处理装置包括:能够与带电检测装置建立连接的数据接口单元,数据接口单元包括WIFI接口、蓝牙接口或USB接口中的任一种。 [0008] wherein the intelligent processing apparatus comprising: a data interface unit capable of establishing a connection with a charging detecting means comprises a data interface unit WIFI any interface, a Bluetooth interface or a USB interface.

[0009]其中,智能处理装置还包括:用以对由数据接口单元接收的数据进行解析,且对其进行暂时存储的数据解析及暂存单元,数据解析及暂存单元与数据接口单元相连。 [0009] wherein the intelligent processing apparatus further comprising: means for data received by the data interface unit parses, and temporarily stores the data subjected to analysis and the temporary storage unit, and temporary data analysis unit connected to the data interface unit.

[0010]其中,智能处理装置还包括:用以根据数据解析及暂存单元解析到的设备代码信息,从数据存储装置获取需进行检测试验变压器的设备账号信息、近期巡检数据信息以及近期在线检测数据信息并得出变压器的评估诊断数据信息的数据融合分析单元,数据融合分析单元分别与数据解析及暂存单元、数据存储装置相连。 [0010] wherein the intelligent processing apparatus further comprising: means for parsing the device to code information in accordance with the data analysis and the temporary storage unit, acquires the account information required for device testing transformers from the data storage means, data information and recent recent inspection line detecting data information and evaluate the diagnostic data derived data fusion information analysis unit transformer, data fusion analysis data analyzing unit and the temporary storage unit, respectively connected to the data storage device.

[0011]其中,评估诊断数据信息包括变压器的状态评价信息、变压器的缺陷诊断信息、变压器的试验建议信息中的一项或多项。 [0011] wherein the defect information includes the diagnostic evaluation of the status evaluation information transformer, the transformer diagnostic information, one or more test transformer recommendation information.

[0012]其中,智能处理装置还包括:用以分别与移动终端和/或数据存储装置进行数据通信的无线通讯单元,无线通讯单元与数据融合分析单元相连。 [0012] wherein the intelligent processing apparatus further comprising: means for respectively performing data communication with the mobile terminal and / or data storage device a wireless communication unit, wireless communication unit and a data analysis unit connected to the fusion.

[0013]其中,智能处理装置还包括:用以为无线通讯单元、数据融合分析单元以及数据解析及暂存单元提供电力的电源,电源置于智能处理装置的内部。 [0013] wherein the intelligent processing apparatus further comprising: a wireless communication unit that, data fusion and analysis unit and the data analyzing unit provides temporary power supply, the power supply in the internal smart processing apparatus.

[0014]其中,智能处理装置设置为多台,其数量与需检测试验变压器的数量一一对应。 [0014] wherein the intelligent processing apparatus is provided for multiple, the number and quantity to be detected in correspondence test transformer.

[0015]实施本发明的用于变压器自动评估诊断的智能处理系统,具有如下的有益效果:智能处理装置能够接入带电检测装置的实时带电数据,根据数据存储装置存储的健康状态数据信息对需检测试验变压器的健康状态进行分析处理、并上传分析处理结果信息,能够对变压器的常规运行缺陷、潜在故障等自动生成评估诊断数据信息,为变压器的状态评估及诊断分析提供参考。 [0015] The embodiment of the present invention for the diagnostic evaluation of the automatic transformer intelligent processing system, has the following advantages: intelligent processing means to access data in real-time charging of the charging detecting means, the health state data storage device that stores data required for health testing transformer analysis process, the analysis processing result and upload information, the defect can be run on a conventional transformer, potential failure information generated automatically evaluate the diagnostic data, a state evaluation reference for the analysis and diagnosis of the transformer.

附图说明 BRIEF DESCRIPTION

[0016]为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。 [0016] In order to more clearly illustrate the technical solutions in the embodiments or the prior art embodiment of the present invention, briefly introduced hereinafter, embodiments are described below in the accompanying drawings or described in the prior art needed to be used in describing the embodiments the drawings are only some embodiments of the present invention, those of ordinary skill in the art is concerned, without creative efforts, can derive from these drawings other drawings.

[0017]图1为本发明实施例用于变压器自动评估诊断的智能处理系统的结构框图。 [0017] FIG. 1 configuration block diagram for the transformer intelligent processing system automatically evaluating diagnostic embodiment of the invention.

[0018]图2为本发明实施例用于变压器自动评估诊断的智能处理系统的智能处理装置的结构框图。 [0018] FIG. 2 is a block diagram showing the structure of intelligent processing apparatus embodiment for intelligent processing system automatically evaluate diagnosis transformer embodiment of the invention.

具体实施方式 Detailed ways

[0019]下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0019] below in conjunction with the present invention in the accompanying drawings, technical solutions of embodiments of the present invention are clearly and completely described, obviously, the described embodiments are merely part of embodiments of the present invention, but not all embodiments example. 基于本发明中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, those of ordinary skill in the art to make all other embodiments without creative work obtained by, it falls within the scope of the present invention.

[0020]如图1-图2所示,为本发明用于变压器自动评估诊断的智能处理系统的实施例一。 As shown in [0020] Figures 1 to 2, Example transformer intelligent processing system automatically evaluating a diagnosis of the present invention.

[0021]本发明实施例提供了一种用于变压器自动评估诊断的智能处理系统,包括: [0021] The present invention provides intelligent processing system for automatically evaluating the diagnostic transformer, comprising:

用以对变压器T进行检测试验,并生成实时带电数据的带电检测装置I; Used for testing the transformer T, charging detecting means and generating charging data in real-time I;

用以对经检测试验变压器的健康状态数据信息进行存储的数据存储装置2; Data storage means for information about the health status of the data detected for storing test transformer 2;

用以接入带电检测装置I的实时带电数据,根据数据存储装置2存储的健康状态数据信息对需检测试验变压器T的健康状态进行分析处理、并上传分析处理结果信息的智能处理装置3,以及 Real-time data access for charging a charging detecting means I, the health status of the test required to detect the transformer T is carried out according to the health status of the data storage device 2 storing data information analysis processing, and analyzing smart upload processing result information processing means 3, and

用以同步接收智能处理装置3推送的分析处理结果信息的移动终端4,其中:智能处理装置3分别与需进行检测试验的变压器T、带电检测装置1、数据存储装置2以及移动终端4相连。 Synchronous processing apparatus for receiving a smart mobile terminal 3 push analysis processing result information 4, wherein: the transformer T intelligent processing apparatus 3 detects the need to test, detecting the charging device 1 is connected to the data storage device 2 and a mobile terminal 4.

[0022]由于智能处理装置3的体积较小,可随身携带。 [0022] Since the smaller volume intelligent processing apparatus 3 can carry. 具体实施时,每个需要做带电检测试验的变压器T都需要在其变电站内临时安装一个智能处理装置3,也就是说,智能处理装置3可以设置为多台,其设置的数量与需检测试验变压器T的数量一一对应。 In specific implementation, the charged testing needs to be done for each of the transformer T a temporary installation requires intelligent processing apparatus 3, i.e., intelligent processing apparatus 3 may be provided in which a plurality of substations, the number of which is provided with the required testing the number of transformer T-one correspondence.

[0023]进一步的,带电检测装置I用以对变压器T进行检测试验,并生成实时带电数据.具体实施时,带电检测装置I与需进行检测试验的变压器T相连,其中:检测的实时带电数据包括:局部放电数据、红外检测数据、超声波检测数据、紫外检测数据中的一项或多项。 [0023] Further, a charging means I for detecting the transformer T is testing, to generate real-time charging and data specific embodiment, the charging detecting means I and the need for testing of the transformer T is connected, wherein: the charging data detected in real time comprising: a partial discharge data, the infrared detection data, ultrasonic data detection, UV detection of one or more of data. 具体实施时,带电检测装置I的内部设有多种模块以采集上述实时带电数据。 In specific implementation, the internal charging detecting means I is provided to collect the various modules charging said real time data.

[0024]进一步的,数据存储装置2设置在异地,例如:变电系统的生产管理中心等,如此设置的作用是:便于集中管理多地生成的大量数据。 [0024] Further, the data storage device 2 is arranged in different places, for example: the production of systems of substation management center, such action is provided: to facilitate the centralized management of large amounts of data generated much. 具体实施时,数据存储装置2存储的数据包括:多个变电站内多台变压器T的设备账号信息、巡检记录信息、在线监测数据信息、历史带电检测数据信息、历史诊断记录信息以及历史试验数据信息等与变压器T的健康相关的信息,起到提供上述基础数据信息的作用。 In specific implementation, the data stored in the data storage device 2 comprises: a plurality of account information device substations plurality of transformer T, inspection information is recorded, the data-line monitoring information, historical detection data charging information, history information, and historical records diagnostic test data health-related information and the like information of the transformer T, acts to provide the above basic data information.

[0025]进一步的,智能处理装置3的作用是接入带电检测装置I的实时带电数据,根据数据存储装置2存储的健康状态数据信息对需检测试验变压器T的健康状态进行分析处理、并上传分析处理结果信息。 [0025] Further, the role of intelligent processing apparatus 3 is connected to active means detecting data I real-time charging, analysis and processing of the test required to detect the state of health of the health state of the transformer T, the data storage device 2 storing information data, and to upload analysis result information.

[0026]具体实施时,智能处理装置3包括:能够与带电检测装置I建立连接的数据接口单元31,数据接口单元31包括WIFI接口、蓝牙接口或USB接口中的任一种。 When [0026] In particular embodiments, 3 intelligent processing apparatus comprising: I capable of establishing a data interface unit connected to the charging detector 31, data interface unit 31 includes an interface, a Bluetooth interface or any of a USB interface WIFI. 智能处理装置3通过数据接口单元31接收带电检测装置I的实时带电数据,也就是说,在带电检测试验时通过特定的应用层通讯协议接入具备无线连接功能的带电检测装置的实时带电检测数据。 Intelligent data processing device 3 in real time the interface unit 31 receives the charging data by the charging detecting means I, that is to say, when the access testing with real-time charging a charging detecting means detects charging data wireless connectivity through a particular application layer protocol .

[0027]进一步的,智能处理装置3还包括:用以对由数据接口单元31接收的数据进行解析,且对其进行暂时存储的数据解析及暂存单元32,数据解析及暂存单元32与数据接口单元31相连。 [0027] Further, the intelligent processing apparatus 3 further comprising: means for data received by the data interface unit 31 by analyzing the data and its analysis and the temporary storage unit 32 temporarily stores the data temporary storage unit 32 and the analysis and data interface unit 31 is connected.

[0028]智能处理装置3还包括:用以根据数据解析及暂存单元32解析到的设备代码信息,从数据存储装置2获取需进行检测试验变压器T的设备账号信息、近期巡检数据信息以及近期在线检测数据信息并得出变压器T的评估诊断数据信息的数据融合分析单元33,数据融合分析单元33分别与数据解析及暂存单元32、数据存储装置2相连。 [0028] 3 intelligent processing apparatus further comprising: means for parsing the device according to the data analysis and code information temporary storing unit 32, from the data storage device 2 acquires the account information required for testing of the transformer T, and recent inspection data recent data line detection and data evaluation results of the transformer T diagnostic data fusion analysis unit 33, data fusion, 33 are connected to the analysis unit 2 and the temporary storage unit 32 and data parsing the data storage device.

[0029]具体实施时,数据解析及暂存单元32,在接入带电检测装置I的实时数据后,数据融合分析单元33根据数据解析及暂存单元32解析到的设备代码信息,通过其3G/4G模块,向数据存储装置2申请调阅被检变压器T的近期健康数据,包括但不限于变压器T的设备账号信息、近期巡检数据信息、近期在线监测数据信息等。 [0029] When particular embodiments, data analysis and the temporary storage unit 32, the real-time data access in the charging detecting means I, the data fusion device code information analysis unit 33 analyzes the data according to the analysis and the temporary storage unit 32, through which the 3G / 4G module, the recent health data to the application access to the data storage device 2 of the transformer T subject, including but not limited to the account information of the device of the transformer T, recent inspection data, the recent online monitoring data information.

[0030]数据解析及暂存单元32在接入带电监测装置I的实时数据,并获取被检变压器T的数据后,数据融合分析单元33从数据存储装置2获取需进行检测试验变压器T的设备账号信息、近期巡检数据信息以及近期在线检测数据信息并得出变压器T的评估诊断数据信息。 [0030] The temporary storage unit 32 and the data analysis after charging access real-time data monitoring apparatus I and acquires object data of the transformer T, data fusion analysis unit 332 acquires data from the storage device for an apparatus for testing the transformer T account information, recent polling data and recent line inspection data and draw evaluate the diagnostic data transformer T.

[0031]优选的,评估诊断数据信息包括变压器T的状态评价信息、变压器的缺陷诊断信息、变压器的试验建议信息中的一项或多项。 [0031] Preferably, the diagnostic information includes the assessment of the state of the evaluation information of the transformer T, defects transformer diagnostic information, one or more test transformer recommendation information.

[0032]进一步的,智能处理装置3还包括:用以分别与移动终端4和/或数据存储装置2进行数据通信的无线通讯单元34,无线通讯单元34与数据融合分析单元33相连。 [0032] Further, the intelligent processing apparatus 3 further comprising: means for respectively performing data communication with the mobile terminal 4 and / or data storage device 2 of the wireless communication unit 34, wireless communication unit 34 is connected with a data fusion analysis unit 33. 具体实施时,无线通讯单元34可以为3G/4G模块或其它可进行无线通信的模块。 In specific implementation, the wireless communication unit 34 may be a 3G / 4G modules or other wireless communication module.

[0033]进一步的,移动终端4的作用是同步接收智能处理装置推送的分析处理结果信息。 [0033] Further, the role of the mobile terminal 4 are synchronized intelligent processing apparatus receiving pushed information analysis processing result. 具体实施时,试验人员可通过携带的智能手机,打开wifi功能,匹配智能处理装置3的无线通讯单元34,智能处理装置3可在完成数据融合健康评价分析后,将分析的结果推送到该智能手机上,以对试验人员的带电检测工作实时指导。 In specific implementation, testing personnel can carry a smart phone, open wifi capabilities, matching intelligent processing apparatus for wireless communication unit 3 of 34, intelligent processing apparatus 3 may be fused in completion data health evaluation, the results of the analysis push the smart on the phone to detect charged work of test personnel real-time guidance.

[0034] 此外,现场试验人员也可以通过操控智能手机,智能处理装置3可通过无线通讯单元34,将设备分析结果按特定的数据格式,加密传输至数据存储装置2,例如变电系统的生产管理中心等进行存储,以实现带电检测试验现场侧与生产管理系统在数据上的同步。 [0034] Furthermore, field testing personnel can also manipulate smart phones, smart processing apparatus 34 may be 3, the analysis results by the device specific data format, to produce encrypted transmission 2, e.g. substation system data storage device via the wireless communication unit stored management center, to achieve the charging and testing side field production management system on the synchronization data.

[0035]优选的,智能处理装置3还包括:用以为无线通讯单元34、数据融合分析单元33、数据解析及暂存单元32以及数据接口单元31提供电力的电源35,电源35置于智能处理装置的内部,以提尚集成度,减小体积。 [0035] Preferably, the intelligent processing apparatus 3 further comprising: a wireless communication unit 34 that, data fusion analysis unit 33, temporary storage unit 32 and data analysis, and data interface unit 31 provides power to the power supply 35, power supply 35 disposed Intelligent Processing inside the device, to provide Shangji Cheng degree, reduce the volume.

[0036]本发明的用于变压器自动评估诊断的智能处理系统在具体实施时,智能处理装置3与带电检测装置I通过数据接头单元31进行通信,并接入其数据,其能够在带电检测试验时通过特定的应用层通信协议接入具备无线连接功能的带电检测装置的实时带电检测数据。 [0036] The transformer of the present invention for an automatic processing system to evaluate the diagnostic intelligence in specific embodiments, 3 I intelligent processing apparatus with the charging device by detecting a data communication connection unit 31 and its data access, which can be charged in testing when the access data with real-time charging detecting means detects charging a wireless connection function through a particular application layer protocol. 其中:带电检测装置检测的实时带电数据包括局部放电数据、红外检测数据、超声波检测数据、紫外检测数据中的一项或多项。 Wherein: the real-time charging data includes a charging detector for detecting a partial discharge data, the infrared detection data, ultrasonic data detection, UV detection of one or more of data. 紧接着,数据解析及暂存单元32在接入带电检测装置I的实时数据后,数据融合分析单元33根据数据解析及暂存单元32解析到的设备代码信息,通过其3G/4G模块,向数据存储装置2申请调阅被检变压器T的近期健康数据,包括但不限于变压器T的设备账号信息、近期巡检数据信息、近期在线监测数据信息等,数据解析及暂存单元32在接入带电监测装置I的实时数据,并获取被检变压器T的数据后,数据融合分析单元33从数据存储装置2获取需进行检测试验变压器T的设备账号信息、近期巡检数据信息以及近期在线检测数据信息并得出变压器T的评估诊断数据信息。 Then, the data analysis unit 32, and temporary storage in the real-time data access charging detecting means I, the data fusion device code information analysis unit 33 analyzes the data according to the analysis and the temporary storage unit 32, through which the 3G / 4G module, to request access to the data storage device 2 of the transformer T is the recent subject health data, including but not limited to the account information of the device of the transformer T, recent inspection data, the recent online monitoring data information, the data analysis unit 32, and temporary storage in the access after the charging time data monitoring apparatus I and acquires object data of the transformer T, data fusion analysis unit 33 acquires from the data storage device 2 for an apparatus for testing the account information of the transformer T, and the recent recent inspection data line detection data information and draw evaluate the diagnostic data transformer T. 最后,试验人员可通过携带的智能手机,打开wifi功能,与智能处理装置3的无线通讯单元34相匹配,智能处理装置3可在完成数据融合健康评价分析后,将分析的结果推送到该智能手机上,以对试验人员的带电检测工作实时指导。 Finally, testing personnel can carry a smart phone, open wifi function, and the wireless communication unit 34 of intelligent processing apparatus 3 matches the intelligent processing apparatus 3 may be fused in completion data health evaluation after analysis, the results of the analysis push the smart on the phone to detect charged work of test personnel real-time guidance. 此外,现场试验人员也可以通过操控智能手机,智能处理装置3可通过无线通讯单元34,将设备分析结果按特定的数据格式,加密传输至数据存储装置2,例如变电系统的生产管理中心等进行存储,以实现带电检测试验现场侧与生产管理系统在数据上的同步。 In addition, field testing personnel can also manipulate smart phones, smart processing apparatus 34 may be 3, the analysis results by the device specific data format, the encrypted data is transmitted to the storage device via the wireless communication unit 2, for example, production systems, and the like substation management center It is stored, in order to achieve a charging field testing and production management system side on the synchronization data.

[0037]实施本发明的用于变压器自动评估诊断的智能处理系统,具有如下的有益效果:智能处理装置能够接入带电检测装置的实时带电数据,根据数据存储装置存储的健康状态数据信息对需检测试验变压器的健康状态进行分析处理、并上传分析处理结果信息,能够对变压器的常规运行缺陷、潜在故障等自动生成评估诊断数据信息,为变压器的状态评估及诊断分析提供参考。 [0037] The embodiment of the present invention for the diagnostic evaluation of the automatic transformer intelligent processing system, has the following advantages: intelligent processing means to access data in real-time charging of the charging detecting means, the health state data storage device that stores data required for health testing transformer analysis process, the analysis processing result and upload information, the defect can be run on a conventional transformer, potential failure information generated automatically evaluate the diagnostic data, a state evaluation reference for the analysis and diagnosis of the transformer.

Claims (9)

1.一种用于变压器自动评估诊断的智能处理系统,其特征在于,包括: 用以对变压器进行检测试验,并生成实时带电数据的带电检测装置; 用以对经检测试验变压器的健康状态数据信息进行存储的数据存储装置; 用以接入所述带电检测装置的实时带电数据,根据所述数据存储装置存储的健康状态数据信息对需检测试验变压器的健康状态进行分析处理、并上传分析处理结果信息的智能处理装置,以及用以同步接收所述智能处理装置推送的分析处理结果信息的移动终端,其中:所述智能处理装置分别与所述需进行检测试验的变压器、所述带电检测装置、所述数据存储装置以及所述移动终端相连。 An intelligent processing system for evaluating the diagnostic auto transformer, characterized in that, comprising: means for testing the transformer, the detection means and generating charging data in real-time charging; used by the health status data transformer testing information storage means for storing data; a data access for real-time charging of said charging detecting means, the health status of the test transformer to be detected analyzing and processing data according to the state of health information storage means for storing data, and uploads analysis results intelligent information processing apparatus, and receiving said intelligent analysis apparatus for simultaneously processing apparatus push processing result information of the mobile terminal, wherein: said processing means intelligent testing were required with the transformer, said charging detecting means connected to said data storage means and the mobile terminal.
2.如权利要求1所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述带电检测装置检测的实时带电数据包括局部放电数据、红外检测数据、超声波检测数据、紫外检测数据中的一项或多项。 2. The transformer according to claim 1 automatic evaluation intelligent processing system diagnostics, characterized in that the real-time charging said charging data comprises detecting means for detecting a partial discharge data, the infrared detection data, ultrasonic data detection, UV detection data in one or more.
3.如权利要求1所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述智能处理装置包括:能够与所述带电检测装置建立连接的数据接口单元,所述数据接口单元包括WIFI接口、蓝牙接口或USB接口中的任一种。 The data interface unit capable of establishing a data interface unit connected to said charging detecting means: a transformer as claimed in claim 1 for the automatic evaluation of the intelligent processing system diagnostics, wherein said processing means includes a intelligent including any WIFI interface, a Bluetooth interface or a USB interface.
4.如权利要求3所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述智能处理装置还包括:用以对由所述数据接口单元接收的数据进行解析,且对其进行暂时存储的数据解析及暂存单元,所述数据解析及暂存单元与所述数据接口单元相连。 4. The transformer according to claim 3, wherein the automatic evaluation of the intelligent processing system diagnostics, characterized in that said intelligent processing apparatus further comprises: for data received by the data interface unit parses and its temporarily storing the temporary storage unit and the data analysis, the data analysis unit and the temporary storage unit is connected with the data interface.
5.如权利要求4所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述智能处理装置还包括:用以根据所述数据解析及暂存单元解析到的设备代码信息,从所述数据存储装置获取所述需进行检测试验变压器的设备账号信息、近期巡检数据信息以及近期在线检测数据信息并得出所述变压器的评估诊断数据信息的数据融合分析单元,所述数据融合分析单元分别与所述数据解析及暂存单元、所述数据存储装置相连。 5. a transformer according to claim 4 intelligent processing automated assessment system diagnostics, characterized in that said intelligent processing apparatus further comprising: means for parsing the device to code information based on the data analysis and temporary, acquiring from the data storage device for an apparatus for testing the account information of the transformer, recent data inspection line detection and the recent data and diagnostic data derived data evaluation information fusion analysis of the transformer unit, said data fusion from the data analysis unit and the temporary storage unit, respectively connected to said data storage means.
6.如权利要求5所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述评估诊断数据信息包括变压器的状态评价信息、变压器的缺陷诊断信息、变压器的试验建议信息中的一项或多项。 6 for a transformer according to claim 5 intelligent processing automated assessment system diagnostics, characterized in that the defect evaluation including a transformer diagnostic status data evaluation information, diagnostic information of the transformer, the transformer recommended test information one or more.
7.如权利要求4所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述智能处理装置还包括:用以分别与所述移动终端和/或所述数据存储装置进行数据通信的无线通讯单元,所述无线通讯单元与所述数据融合分析单元相连。 4 to 7. The transformer according to claim automated assessment intelligent processing system diagnostics, characterized in that said intelligent processing apparatus further comprising: for each data with the mobile terminal and / or the data storage means wireless communication means for communicating, the wireless communication unit and the analysis unit is connected to the data fusion.
8.如权利要求7所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述智能处理装置还包括:用以为所述无线通讯单元、所述数据融合分析单元以及所述数据解析及暂存单元提供电力的电源,所述电源置于所述智能处理装置的内部。 8. The transformer according to claim 7, automatic evaluation of the intelligent processing system diagnostics, characterized in that said intelligent processing apparatus further comprising: said wireless communication unit with that, the data analyzing unit, and the data fusion analysis and the temporary storage unit provided in the power supply, the power source disposed inside the intelligent processing apparatus.
9.如权利要求4所述的用于变压器自动评估诊断的智能处理系统,其特征在于,所述智能处理装置设置为多台,其数量与所述需检测试验变压器的数量一一对应。 9 for a transformer according to claim 4 intelligent processing automated assessment system diagnostics, characterized in that said intelligent processing apparatus is provided for multiple, the number of detecting the number of the required test transformer correspondence.
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