A unified big-data platform delivering safety, environmental protection and energy conservation across every kitchen — from a single restaurant to a city-wide network.
Policy & Challenges
Why intelligent monitoring matters
Tightening oil-fume regulation, dual-carbon targets and rising safety expectations demand a connected approach to kitchen exhaust management.
Regulation
Oil-fume control measures and indoor-air-quality standards set strict legal benchmarks for the catering industry.
Regulation Compliance
Multi-departmental data isolation makes regulation compliance efficient.
Energy efficient
The most efficient use of energy for cleaning is achieved.
Dual-carbon target
Mandatory carbon-reduction goals require measurable, real-time data from every commercial kitchen.
Safety risk
Gas leaks and operator error create frequent, high-impact incidents — preventable with the right telemetry.
Environmental complaints
Excess emissions are hard to trace back to source kitchens without continuous on-site monitoring.
Operator behaviour AI — Detects unsafe scenarios such as unattended stoves, missing PPE, open gas valves and disabled purifiers.
Gas safety joint defence — At ≥10% LEL the system alarms, runs exhaust, closes the gas valve and pushes alerts.
Environmental Big-Data
Protecting people, cities and the environment
Kitchen health monitoring — PM2.5 threshold ≤35 µg/m³ tied to indoor-air-quality standards.
Emissions traceability — National standard ≤2.0 mg/m³. Excess emissions instantly lock the source kitchen.
Cityscape protection — Exhaust outlets watched in real time for oil overflow — automatic cleaning work orders.
Energy & Zero-Carbon
From "energy consumption" to "energy savings"
Multi-stage purification — Variable-frequency fans cut energy use by 30%+ vs fixed-speed units.
Energy optimisation engine — Live tracking of power, fan speed and consumption with daily/weekly/monthly curves.
Carbon platform integration — Energy data feeds into a carbon-management platform supporting zero-carbon roadmaps.
Equipment Intelligence
Full lifecycle health management
Motor health diagnostics — Current swings >10% above rated, runtime hours and vibration data drive predictive maintenance.
Cloud service platform — Remote status, automatic work-order dispatch, and permanent repair record.
Faster response — Traditional 4–8 hour repair response collapses to ≤2 hours with predictive alerts.
Big Data Statistics Center
A cross-domain governance hub
Safety alerts, environmental telemetry, energy analytics and operator health — unified into one large-screen command view. Encrypted transmission and role-based permissions keep regulators read-only and operators in control.