Smart Fire Protection System
Electrical-fire warning, temperature monitoring, arc recognition, linked alarming and hazard closure.
Electrical-fire warning, temperature monitoring, arc recognition, linked alarming and hazard closure.
Electrical-fire warning, temperature monitoring, arc recognition, linked alarming and hazard closure. Built on full-factor sensing of leakage, temperature and arc, it shifts from reactive alarming to proactive prevention, extinguishing electrical fires at the source.
Industry Pain Points
Electrical-Fire Hazards Hard to Detect in Time
Rising leakage, poor contact and overload heating are hidden hazards; conventional inspection rarely finds them before a fire breaks out, missing the optimal handling window.
Smoke Detectors Cannot Warn of Electrical Faults in Advance
Conventional smoke detectors only alarm after smoke appears and cannot sense abnormal electrical parameters, providing no advance warning for electrical fires with severely lagging response.
No Online Monitoring of Switchgear Temperature
Oxidized joints and rising contact resistance heat up switchgear interiors, but cabinet temperature cannot be monitored online; infrared inspection cycles are long with limited coverage, letting hazards accumulate.
Arc Faults Cannot Be Recognized
Arc faults from aging insulation are a major cause of electrical fires; conventional breakers cannot recognize them, leaving hazards until a fire ignites.
Solution Architecture
Layered architecture, a complete data loop from sensing to operation.
Core Capabilities
Electrical-Fire Warning
Real-time monitoring of leakage current, cable temperature and load current with 10uA-level precision; parameters exceeding limits trigger second-level alarms, warning of hazards hours or even days before a fire.
Temperature Monitoring
Real-time online temperature monitoring of key joints in switchgear and cables; AI analysis of abnormal temperature trends detects poor contact and oxidation heating before heat faults escalate into fires.
Arc Recognition
The FA Arc-Fault Monitoring Module complies with UL 1699B, precisely recognizing series/parallel arc-fault waveforms; together with the Wanxiang AI engine it achieves early arc warning with 97.2% recognition accuracy.
Linked Alarming
Multi-dimensional alarm linkage: audible/visual alarms, SMS/phone/APP push, fire-system linkage and automatic breaker tripping; alarms reach personnel in seconds with zero-latency response.
Hazard Closure
Full-process closed-loop management from hazard detection, alarm push, work-order dispatch and on-site handling to re-test confirmation, with real-time tracking so every hazard has a handling record.
AI Trend Analysis
The Qianzhi AI engine analyzes electrical-parameter trends against 408 national-standard rules, identifying gradual hazards and predicting risk levels, turning fire management from reactive response into proactive prevention.
Data Loop
The complete data value chain: sense -> data -> AI -> warning -> control -> operation.
Product Portfolio
ESF Electrical-Fire Monitoring Module
ESF Series
Real-time residual-current monitoring with 10uA-level detection precision, multi-circuit support and second-level leakage alarms for early electrical-fire warning.
EST Temperature Monitoring Module
EST Series
Real-time online temperature monitoring of cable and breaker joints in switchgear; wireless temperature sensing for easy installation with AI trend analysis and warning.
FA Arc-Fault Monitoring Module
FA / FAP Series
Complies with UL 1699B, precisely recognizing series/parallel arc faults; with the Wanxiang AI engine it delivers early arc warning at 97.2% accuracy.
FECB Smart Leakage Circuit Breaker
FECB2P / 2LP / 2SLP
Overload/short-circuit/leakage protection with remote switching and automatic tripping; leakage thresholds 30/100/300mA; cuts faulty circuits automatically on alarm instructions.
Customer Value
Quantified, verifiable customer value.
80%+ Lower Electrical-Fire Risk
Full-factor sensing and AI warning find hazards hours or even days before a fire, cutting electrical-fire risk by over 80% and protecting life and property.
Advance Hazard Warning
Leakage, temperature and arc parameters are monitored in real time; AI trend analysis identifies gradual risks, upgrading from reactive alarms to proactive prevention.
Automated Linked Response
Alarms reach personnel in seconds; audible/visual alarms, message push, fire linkage and breaker tripping execute automatically with zero-latency, standardized handling.
Closed-Loop Hazard Management
Full-process closed-loop tracking from detection to handling confirmation; every hazard has a record, making fire management traceable, assessable and quantifiable.
Related Solutions
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Electrical hazard analysis, arc warning, 100+ hardware types
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Device access, multi-protocol, rule engine, visualization
Electrical Safety
Leakage, temperature, arc and distribution hazard warning
FAQ
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