Load identification module hardware interface detection equipment and automatic detection method thereof

Abstract

The invention relates to load identification module hardware interface detection equipment and an automatic detection method thereof. The load identification module hardware interface detection equipment comprises an identification module, a test tool, an upper computer and a code scanner which are connected with one another. The test comprises the steps that 1, the upper computer is turned on, and a tester logs in the upper computer testing system; 2, the identification module is placed in front of the code scanner to scan an SN two-dimensional code of the identification module; 3, the identification module is fixed on the test tool; 4, a test switch is turned on, and configuration data corresponding to the identification module is transmitted to the test tool by the upper computer through identifying the SN two-dimensional code; 5, the test tool communicates with the identification module according to the configuration data issued by the upper computer to test the identification module; 6, the test tool feeds back a test result to the upper computer; 7, the upper computer displays the test result and stores a test record; and 8, the step 2 to the step 7 are repeated until the test of all the identification modules is completed. According to the invention, the hardware interface of the identification module of the subsequent version can be tested under the condition that a lower platform and software do not need to be modified.

Description

technical field [0001] The invention relates to a detection device for a hardware interface of a load identification module, and also relates to an automatic detection method for a hardware interface of a load identification module, which belongs to the technical fields of smart grid and smart power consumption. Background technique [0002] The residential electricity load identification device is a new type of advanced measurement equipment, which is installed at the main incoming line of residential electricity, collects the voltage and current signals at the main incoming line of residential users, and then identifies the user's load through an intelligent algorithm. The electrical behavior can obtain fine-grained load information. The application range of the device is relatively wide, and it can be applied to many scenarios such as smart apartments and smart homes, so the prospect is very promising. With the large-scale popularization and application of household and r...

AI Technical Summary

Problems solved by technology

At present, most of the similar modules are tested manually, but manual testing brings many problems, such as low test efficiency, single test variety, long test time, high failure rate of finished products, etc., which seriously affects the supply of identification modules. Timeliness and reliability

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