e¯ HAECHIE
Arc Detection Sensor e¯ HAECHIE
"e¯ HAECHIE is the world’s first revolutionary device that detects arcs, the cause of electrical fires, to prevent and stop such fires.
It introduces a new paradigm in fire prevention in an increasingly electrified world, offering a safer environment.
In Korea, e¯ HAECHIE is a legendary creature known for preventing fire-related disasters, it now safeguards the real world.
e¯ HAECHIE aims to create a world free
from electrical fire concerns.
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Preventing
Electrical Fires Preventing
Unlike traditional fire sensors that can only detect fires after they occur, our sensor can precisely detect arcs that occur before a fire starts, effectively preventing disasters and protecting both property and lives.
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Eliminating Concerns
About Sensor
Malfunctions
By detecting only the ultraviolet rays emitted by arcs and ignoring other light sources in the atmosphere, the sensor ensures reliable performance without false alarms.
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Providing a Worry-Free
Environment from
Electrical Fires
Applicable to various settings such as automobiles, buildings, and data centers, it is easy to install and maintain while blending seamlessly with its surroundings.
How Does e¯ HAECHIE Prevent Fires?
How Does e¯ HAECHIE Prevent Fires?
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The Value e-HAECHIE Delivers
e¯HAECHIE identifies the causes of electrical fires to help create a world without fires.
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Accurately detect arcs before electrical fires occur
Electrical fires occur through the process of Arc → Flare → Smoke/Heat, and the e¯ HAECHIE arc sensor detects the arc before the fire phenomenon, Which is the flare. It only responds to the unique ultraviolet light emitted during the arcs occurrence, accurately detecting arcs without interference from other light in the atmosphere .
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Predict arc hazards through AI-driven data inference
e¯HAECHIE+ uses AI to analyze arc and IR sensor signals, assessing risk levels and delivering severity-based alerts
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e¯ HAECHIE can be applied to various systems
e¯ HAECHIE is compact and aesthetically designed, blending seamlessly with its surroundings. It requires minimal installation and maintenance within electrical systems, making it easy to integrate into various systems. After testing and evaluating its arc detection capabilities in building distribution panels and electrical control systems, it is currently installed and operational in distribution panels of real buildings and factory facilities. There are plans to expand its application to electrical control systems in the future.
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