CN-121995129-A - Automatic testing system and method for load identification and decomposition capacity

CN121995129ACN 121995129 ACN121995129 ACN 121995129ACN-121995129-A

Abstract

The invention discloses an automatic testing system for load identification and decomposition capacity, which comprises an automatic testing control center, a preposed database, an analog platform, a waveform playback device, an analog ammeter, a collector and a concentrator, wherein the automatic testing control center comprises a strategy making module, a data acquisition module, a data comparison module and a report generation module. A test method adopting the automatic test system for the load identification and decomposition capacity is also disclosed. The automatic testing system for the load identification and decomposition capacity can realize full-automatic testing of the load identification and decomposition capacity, save time and labor cost, simulate the use scene of multiple electric meters and multiple electric appliances, enable the number of the electric meters to be configurable, save material cost, simulate more real testing scene, automatically analyze the identification and decomposition capacity and realize high accuracy of analysis results.

Inventors

DUAN RUIYU
DAI CONG
ZHOU YONGQING
WU MIAO
LU YUTING
FENG GUOQIANG
ZHAO TONG
WANG YONGSHENG
DENG SHIWEI

Assignees

江苏智臻能源科技有限公司

Dates

Publication Date: 20260508
Application Date: 20241107

Claims (6)

1. An automatic test system for load identification and decomposition capacity is characterized by comprising an automatic test control center, a preposed database, an analog platform, a waveform playback device, an analog ammeter, a collector and a concentrator, The automatic test control center comprises a strategy making module, a data acquisition module, a data comparison module and a report generation module, The strategy making module is used for making a testing strategy and sending the testing strategy to the simulation platform and the simulation ammeter; the simulation platform is used for controlling a waveform playback device to play back pre-recorded waveforms to the collector according to the test strategy; the waveform playback device is used for playing back pre-recorded waveforms to the collector; the analog ammeter is used for responding to the acquisition request sent by the acquisition device according to the data acquired in advance; the collector is used for collecting the response data of the analog ammeter and the waveform data played by the waveform playback device, calculating identification and decomposition result data, and finally sending the identification and decomposition result data to the preposed database through the concentrator; the data acquisition module is used for acquiring identification and decomposition result data from the preposed database; The data comparison module is used for comparing the identification decomposition result data with an expected identification decomposition result to obtain a comparison result; and the report generation module is used for generating a test report according to the comparison result of the data comparison module.
2. The automated load recognition resolution capability test system of claim 1, wherein the test strategy comprises a waveform play order and a play count.
3. The automated load identification resolution capability test system of claim 1, wherein the data collected by the collector is minute-scale data and the collection request sent by the collector is minute-scale collection request.
4. The automated test system for load identification and decomposition capacity according to claim 1, wherein the pre-recorded waveforms and pre-acquired data are respectively recorded waveforms and data sent by an ammeter in a start-stop process of an electric appliance corresponding to a specific test case requirement on a verification platform, and the expected identification and decomposition results are an electric appliance type of start-stop and an electric quantity increased in the start-stop process of the electric appliance.
5. The automated load identification resolution capability test system of claim 1, wherein the identification resolution result data includes a type of appliance that is turned on and off and an amount of power that is increased during the on and off of the appliance.
6. An automated testing method for load identification and decomposition capacity, characterized in that the automated testing system for load identification and decomposition capacity according to any one of claims 1 to 5 is adopted, comprising the following steps: Firstly, starting and stopping a corresponding electric appliance on a verification platform according to specific test case requirements, recording waveforms in the starting and stopping process, forming waveform files, collecting data sent by an ammeter, obtaining pre-recorded waveforms and pre-collected data, and recording the type of the started and stopped electric appliance and the electric quantity added in the starting and stopping process of the electric appliance to generate an expected identification and decomposition result; Step two, the automatic test control center formulates a test strategy and sends the test strategy to the simulation platform and the simulation ammeter; Step three, the simulation platform controls a waveform playback device to play back a pre-recorded waveform to the collector according to the test strategy, and meanwhile, the simulation ammeter starts to respond to a collection request sent by the collector according to pre-collected data; step four, the collector collects the response data of the analog ammeter and the waveform data played by the waveform playback device, calculates identification and decomposition result data, and finally sends the identification and decomposition result data to the preposed database through the concentrator; And fifthly, the data acquisition module acquires identification decomposition result data from the preposed database, the data comparison module compares the identification decomposition result data with an expected identification decomposition result to obtain a comparison result, and the report generation module generates a test report according to the comparison result.

Description

Automatic testing system and method for load identification and decomposition capacity Technical Field The invention relates to an automatic testing system and method for load identification and decomposition capacity, and belongs to the technical field of load identification and decomposition. Background The purpose of the load identification decomposition capability test is to test the identification decomposition capability and effect of the load identification decomposition under various scenes. Based on the current test means, there are the following disadvantages: 1. The verification test platform is difficult to construct a test environment for the operation of multiple electric appliances due to cost; 2. The verification test platform is a full-manual test platform, wherein the manual timing switch-on and switch-off time of an electric appliance, the manual recording of the electric quantity used during the operation period and the evaluation of the identification and decomposition capacity are compared with the operation record of the electric appliance by manually reading data, the process is tedious, and the error is easy to occur; 3. the number of the electric meters which can be accessed by the simulation test platform is limited, and the situation of multiple electric meters is difficult to simulate. Therefore, there is a need for an automated testing system and method for load identification resolution capability to solve the above-mentioned problems. Disclosure of Invention Aiming at the problems existing in the prior art, the invention provides an automatic test system for the load identification and decomposition capability. An automatic test system for load identification and decomposition capacity comprises an automatic test control center, a preposed database, an analog platform, a waveform playback device, an analog ammeter, a collector and a concentrator, The automatic test control center comprises a strategy making module, a data acquisition module, a data comparison module and a report generation module, The strategy making module is used for making a testing strategy and sending the testing strategy to the simulation platform and the simulation ammeter; the simulation platform is used for controlling a waveform playback device to play back pre-recorded waveforms to the collector according to the test strategy; the waveform playback device is used for playing back pre-recorded waveforms to the collector; the analog ammeter is used for responding to the acquisition request sent by the acquisition device according to the data acquired in advance; the collector is used for collecting the response data of the analog ammeter and the waveform data played by the waveform playback device, calculating identification and decomposition result data, and finally sending the identification and decomposition result data to the preposed database through the concentrator; the data acquisition module is used for acquiring identification and decomposition result data from the preposed database; The data comparison module is used for comparing the identification decomposition result data with an expected identification decomposition result to obtain a comparison result; and the report generation module is used for generating a test report according to the comparison result of the data comparison module. Further, the test strategy includes a waveform playing sequence and a playing frequency. Further, the data collected by the collector is minute-level data, and the collection request sent by the collector is minute-level collection request. Further, the pre-recorded waveforms and the pre-acquired data are respectively recorded waveforms and data sent by an ammeter in the start-stop process of the corresponding electric appliance on the verification platform according to specific test case requirements, and the expected identification and decomposition results are the type of the electric appliance which is started and stopped and the electric quantity which is increased in the start-stop process of the electric appliance. Further, the identification and decomposition result data comprise the type of the electric appliance started and stopped and the electric quantity increased in the electric appliance starting and stopping process. The automatic test system for the load identification and decomposition capacity has the advantages that the automatic test system for the load identification and decomposition capacity can realize full-automatic test of the load identification and decomposition capacity, save time and labor cost, simulate the use scenes of multiple electric meters and multiple electric appliances, enable the number of the electric meters to be configurable, save material cost, simulate more real test scenes, automatically analyze the identification and decomposition capacity, and achieve high analysis result accuracy. The invention also discloses a load identification decomposition capabili