Time-based Scenarios: Automatic switching among multiple periods including production preparation, formal production, overtime work and maintenance.

Zoned Circuit Control: Independent control for functional zones such as production area, assembly area, inspection area and passageways to avoid unnecessary lighting.

Sensor Linkage: Motion sensors for passageways and loading/unloading areas. Lights turn on when people are present and turn off with delay after people leave.

Fire Linkage: Emergency lighting circuits are forcibly activated and normal lighting is shut down under emergency conditions to ensure personnel evacuation.

Time-based Control: Automatic on/off of corresponding lighting circuits for multiple periods including working hours, non-working hours and holidays.

Alternating Circuit Control: Lighting circuits are arranged in alternating mode to enable energy-saving modes of 1/3, 2/3 and full circuits.

Sensor Control: Brightness is automatically reduced during unoccupied periods in racking and loading/unloading areas, and restored upon human presence.

Constant Illuminance Control: Illuminance sensors automatically adjust lighting in daylight areas to make full use of natural light.

Building Automation: Air conditioning units, air compressors, water pumps and fans are connected to DDC controllers for on-demand operation.

Itemized Metering: Itemized measurement of electricity, water, cooling and heat, enabling clear and traceable energy consumption bills.

Schedule Control: Automatic start and stop of equipment according to production schedules to avoid idling during unattended periods.

Environmental Linkage: Temperature, humidity and CO₂ sensors link with air conditioning and ventilation to maintain proper operating environment for equipment.

Fault Early Warning: Real-time monitoring of equipment operating status with proactive alerts for abnormalities.

Timed Scenarios: Lighting effects are adjusted by time periods for daytime, dusk, night and late night to match office routines.

Constant Illuminance Control: Light brightness is automatically adjusted via illuminance sensors — brightened when ambient light is low and dimmed when it is strong.

Sensor Control: Lights turn on upon human arrival and off after people leave in meeting rooms, pantries and restrooms.

Panel Scene Modes: Intelligent panels at the reception and office areas support one-click full on / full off and scene switching.

Astronomical Clock Control: Automatically calculates local sunrise and sunset time with high precision for accurate automatic control of street lamps.

Sensor Control: Motion sensors for public walkways and parking areas. Lights turn on when people are present and turn off with delay after people leave.

Time-based Control: Automatic on/off of corresponding lighting circuits during peak, normal, off-peak and holiday periods.

Central Monitoring: Lighting for plant roads, parking lots and public areas is centrally connected to the main control center with real-time status visibility.

The central control center manages lighting on/off and dimming, air conditioning units and electromechanical equipment in all workshops, warehouses and office areas.

Important lighting circuits are monitored in real time, and faults are instantly displayed on the central control host.

Lightning protection measures are adopted for the power distribution system, with lightning protection components installed on the bus to prevent damage to intelligent components caused by lightning strikes.

Current detection, timing and counting functions predict lamp failures, enabling centralized stock preparation and maintenance workflow formulation to cut manual maintenance costs.