Products
Online monitoring, portable inspection, core sensing, and a fusion unit in development — a complete power olfaction portfolio
256 Point · 24/7 Real-Time Monitoring
Online AI Olfactory Monitoring System HD090A
An online monitoring system designed for fixed environments such as substations and distribution rooms. Each unit supports 256 monitoring points, continuously detecting characteristic gases released during the early stages of electrical equipment failures. Integrated with an AI-powered diagnostic platform, it enables ultra-early warning and precise hazard localization.
- Monitoring Points
- 256 point
- Run Mode
- 7×24 hours online
- Perceived Objects
- Characteristic gases including CO, CO₂, H₂, O₃, NOx, SO₂, and hydrocarbons.
- Output capabilities
- Real-time alert push + AI diagnostic report
16 Channel · Continuous monitoring for up to 6 months
Portable AI Olfactory Device HD200-6CH
A portable AI olfactory device designed for inspection and temporary monitoring scenarios, featuring 16-channel multi-gas simultaneous detection with a single deployment cycle of up to 6 months. Ideal for power distribution room inspections, emergency troubleshooting, and periodic key monitoring.
- Detection Channel
- 16 Channel
- Monitoring Cycle
- Continuous monitoring for up to 6 months
- Usage
- Mobile Patrol / Temporary Control
- Data Capabilities
- Local Storage + Platform Sync
Applicable Scenarios
- Medium and High-Voltage Switchgear Monitoring
- Dedicated assurance for critical circuits
- Reinspection of suspected abnormal cabinets
- Assessment in high-humidity or contaminated environments
- Inspection of newly commissioned equipment
- Third-party operations and maintenance testing
Zero-Downtime Rapid Deployment · Short- to Mid-Term Condition Monitoring
NewHD200-6CH Portable AI Olfactory Power Distribution Condition Detector
Designed for short-to-mid-term condition monitoring of medium- and high-voltage switchgear and critical power assets. Deployed rapidly without outage, it enables early hazard detection, continuous tracking, and intelligent diagnosis.
- Channels
- 6 standard channels, expandable to 16
- Sampling
- Diffusion or suction (pump) sampling
- Display
- 15.6" industrial touchscreen
- Storage
- 1 TB, CSV export supported
- Communication
- Optional 4G, industrial Ethernet
- Operating Temperature
- -20°C to 40°C
- Ingress Protection
- IP67 rated
- Weight
- 15.9 kg
- Dimensions
- 559 × 357 × 229 mm
- Monitoring Cycle
- 15-day rapid screening / 6-months dedicated monitoring / 3-month trend observation
The portable device and online monitoring system share the same HD090A power olfaction sensor, ensuring consistent data and seamless continuity. Supports three monitoring cycles: 15-day rapid screening, 6-months dedicated monitoring, and 3-month trend observation.
Core Sensing Unit · Multi-Gas Composite Detection
Power Olfactory Sensor HD090A1
HD080A1 is HOVIK's self-developed power olfactory sensor. It performs composite detection of characteristic fault gases in power equipment and serves as the core sensing unit for both online and portable products. We also offer integration partnerships to industry partners.
- Model
- HD080A1
- Detectable Gas
- CO, CO₂, H₂, O₃, NOx, SO₂, Alkanes
- Locate
- Core Sensing Unit of AI Olfactory Monitoring System
- Integration Method
- Supports system integration and custom development
Roadmap
In Development
Extending Olfactory Power into Multi-Physics Fusion Monitoring
Chemical + Acoustic-Electric Sensing in a Single Unit
In DevelopmentPower Olfaction Fusion Monitoring Unit (In Development)
Integrates the olfactory sensor with AE (ultrasonic), TEV (transient earth voltage), and UHF (ultra-high frequency) in a single unit, combining chemical and acoustic-electric sensing for broader application scenarios. Olfactory and acoustic-electric detection are complementary, not replacements.
- Chemical Sensing
- Power olfactory sensor (multi-channel characteristic gas detection)
- Acoustic-Electric Sensing
- AE (ultrasonic) + TEV (transient earth voltage) + UHF (ultra-high frequency)
- Fusion Approach
- Co-located multi-physics acquisition with mutual corroboration
- Status
- Under development, expanding to more scenarios
The fusion unit extends the HOVIK multi-physics cross-validation approach by correlating chemical signals with acoustic-electric signals on a shared timeline.
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