Electrical Safety

FEXLINK Harmonic Fingerprint AI Technology Achieves Major Breakthrough with 97.3% Hazard Identification Accuracy

Self-developed harmonic fingerprint AI analysis technology with 256-point/cycle fine sampling can discover electrical-line hazards 30 days in advance with 97.3% identification accuracy.

2026-06 Electrical Safety FEXLINK 4 min
FEXLINK Harmonic Fingerprint AI Technology Achieves Major Breakthrough with 97.3% Hazard Identification Accuracy

FEXLINK's technical team achieved an important breakthrough in electrical hazard monitoring - a new-generation harmonic fingerprint AI analysis technology. By performing fine sampling of line voltage and current waveforms at up to 256 points/cycle, the technology extracts harmonic feature patterns generated by different electrical equipment and fault types, and combines deep learning models for precise hazard classification and identification. Experimental data shows the technology achieves 97.3% identification accuracy for arc faults, and detects early insulation-aging signs more than 4 times better than traditional threshold methods. The technology has been applied to pilot projects such as an expressway and an airport, with 40+ electrical hazards successfully warned cumulatively, effectively avoiding potential electrical-fire accidents.

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Harmonic-fingerprint AI analysis, 256 samples/cycle fine sampling, 97.3% arc-recognition accuracy, electrical hazards found 30 days in advance.

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How weak currents, transient impacts and multi-dimensional electrical features become the data foundation of AI analysis. From 10uA-level leakage detection to a 100MHz frequency range, electrical signal capture is the starting point of the FEXLINK technology system.

2026-06
Configuration Scheme for Electrical Safety Monitoring in Large Commercial Complexes
Electrical Safety

Configuration Scheme for Electrical Safety Monitoring in Large Commercial Complexes

I. Electrical Safety Characteristics of Large Commercial Complexes Large commercial complexes are characterized by complex business formats (catering, cinemas, supermarkets, retail, parking), dense crowds, heavy electrical loads, and multi-level power distribution systems. Taking a 100,000 m² commercial complex in Shenzhen as an example, the total distribution capacity is 12,500 kVA, with 2 incoming 10 kV feeders and 8 transformers (2×20

2026-07-26
Key Points Analysis of GB 14287 "Electrical Fire Monitoring System" Standard
Electrical Safety

Key Points Analysis of GB 14287 "Electrical Fire Monitoring System" Standard

I. Overview of the GB 14287 Standard System GB 14287 'Electrical Fire Monitoring System' is a national mandatory standard consisting of four parts: GB 14287.1 'Electrical Fire Monitoring System Part 1: Electrical Fire Monitoring Equipment', GB 14287.2 'Part 2: Residual Current Operated Electrical Fire Monitoring Detectors', G

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