Battery test workshop monitoring system

Abstract

The invention discloses a battery test workshop monitoring system, comprising an MES server, an environment sensing unit, a pre-charging zone server, an aging zone master controller, a demarcation zone server and an AGV scheduling server, wherein the output end of the environment sensing unit is connected with the input end of the aging zone master controller, and the pre-charging zone server, theaging zone master controller, the demarcation zone server and the AGV scheduling server are respectively connected with the MES server. The MES server serves as a main control center of a test workshop, and is combined with the environment sensing unit, the pre-charging zone server, the aging zone master controller, the demarcation zone server and the AGV scheduling server to implement intelligent test on a battery. Under the control of the MES server, each zone is tested, and the test data is uploaded to the MES server via a network, so that the test status of the battery is monitored, and the battery is tested in a suitable and safe environment. By recording the test data, the monitoring system replaces the manual operation and improves the test efficiency on the battery.

Description

technical field [0001] The invention relates to the field of battery testing, in particular to a monitoring system for a battery testing workshop. Background technique [0002] At present, the process of the battery test workshop generally includes: pre-charging - aging - standing still - testing - capacity division - aging - standing still - testing - binning, which realizes the performance test and capacity of the battery Classify and pick out the batteries whose performance meets the requirements and whose capacity meets the requirements. Although in the current test process, the handling of the battery has been completed by the AGV trolley, which reduces manpower operations to a certain extent and improves the efficiency of battery testing; however, in the existing battery test workshop, each process is carried out independently, and manual labor is still required. Participate in the status monitoring and overall process control of each battery test process, the intelli...

AI Technical Summary

Problems solved by technology

Although in the current testing process, the handling of the battery has been completed by the AGV trolley, which reduces manpower operations to a certain extent and improves the efficiency of battery testing; however, in the existing battery testing workshop, each process is carried out independently, and manual testing is still required. Participate in the status monitoring and overall process control of each battery test process, the intelligence level is low, resulting in low battery test efficiency

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