Cascade sorting system and method based on battery recovery complementary energy detection

Abstract

The invention provides an echelon sorting system and method based on battery recovery complementary energy detection, and belongs to the field of battery echelon utilization. The system comprises a complementary energy detection and identification module, a fault verification and evaluation module, an iterative optimization sorting module and an optimal scheme selection module. The complementary energy detection and identification module is used for obtaining a plurality of complementary energy parameters and a plurality of fault parameters; the fault verification and evaluation module is used for obtaining a fault confidence coefficient; the iterative optimization sorting module is used for obtaining a complementary energy optimization echelon sorting scheme library and a fault optimization echelon sorting scheme library; and the optimal scheme selection module is used for selecting and obtaining an optimal echelon sorting scheme and carrying out echelon sorting management on a plurality of target batteries. The technical problems that in the prior art, the battery recycling gradient sorting precision is insufficient, and different recycling purpose requirements are difficult to accurately match are solved, and the technical effects that the battery gradient sorting accuracy is improved, and different recycling scenes are accurately matched are achieved.

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