About Us

HOVIK (Tianjin) Technology Co., Ltd.— An AI-powered olfactory sensing practitioner

Company Profile

HOVIK Focuses on AI-powered olfactory sensing technology to detect characteristic gases released by early-stage power equipment faults (CO, CO2, H2, O3, NOx, SO2, hydrocarbons, etc.), providing early warnings of power distribution failures.

The company offers a complete product portfolio built around an online AI olfaction monitoring system (256 points), the HD200-6CH portable AI olfaction power distribution condition detector, the portable AI olfaction product (16 channels, up to 6 months of continuous monitoring), and the HD080A1 power olfaction sensor. Backed by CFD-simulated sensor placement and an AI diagnostic platform, we deliver early warning solutions for power grids, industrial facilities, rail transit, public buildings, new energy sites, O&M services, and government parks.

The portable device and online monitoring system share the same HD090A power olfaction sensor to ensure data consistency and seamless continuity. A fusion monitoring unit integrating power olfaction with AE, TEV, and UHF is also in development, enabling chemical and acoustic-electric sensing to corroborate each other.

HOVIK's technology roadmap has been recognized by the industry, winning the EPTC 2025 Substation Intelligent O&M Outstanding Innovation Award and the 4th Zhichuang Award, and implementing 40+ demonstration cases nationwide.

HOVIK power olfaction monitoring deployment

Philosophy and Values

Mission

Protect power distribution safety with AI-powered olfactory technology, preventing electrical faults before they occur.

Vision

Become a trusted technology partner in the field of ultra-early warning for power equipment.

Technical Perspective

Ensure every alert conclusion is backed by multi-physics cross-validation.

Service Philosophy

On-site support, close collaboration with operations teams—earning customer trust through expert solutions and rapid response.

R&D Strength

Continuous R&D investment centered on sensing technology

Multi-gas composite sensing

Self-developed HD080A1 power olfactory sensor supporting composite detection of characteristic gases including CO, CO₂, H₂, O₃, NOx, SO₂, and alkanes.

AI Diagnostic Algorithm

Gas trend analysis and fault detection model trained on extensive field data, continuously iterated and optimized.

Engineering Capabilities

CFD simulation point allocation, system integration, and on-site implementation capabilities to ensure seamless execution from design to commissioning.