Urban roads: Adjust brightness dynamically (e.g., dimming at midnight) based on traffic flow, ensuring safety while cutting energy use.
Municipal areas: Parks and squares use them to lower brightness or switch off lights during low-traffic hours, with remote control for festival lighting coordination.
Rural/suburban roads: Pair with solar power and motion sensors to brighten temporarily when vehicles pass, reducing costs in sparsely populated areas.
Industrial parks: Sync with production schedules to adjust lighting—full brightness during night shifts, minimal for idle periods.
Bridges/tunnels & hubs: Maintain stable, glare-free lighting, with real-time fault alerts to avoid disruptions near airports, stations, or busy crossings.
Scenic spots: Limit light pollution by dimming post-visitor hours, balancing visibility and ecological protection.

Design:

Dimensions (mm)	Application Scenarios/Description
110×72×59	Suitable for small-scale intelligent lighting system control; compact size for easy installation
86×86×7	Standard 86 junction box size; commonly used for wall-mounted installation for user convenience
115×110×60	Suitable for lighting control scenarios with fewer circuits; rail-mountable
300×110×60	Can control more circuits; applicable to large lighting areas or buildings
1000×800×200	Floor-mounted; commonly used for outdoor street light lighting control
400×300×100	Applicable to unattended venues, etc.; single box supports up to 16 circuits

IP Grade:

IP54 / IP55 / IP65 / IP66

Suggestion:

Sensors: Use radar/AI cameras for urban traffic-based dimming; PIR sensors + solar backup for rural areas.
Connectivity: 5G/LoRaWAN for urban cloud management; NB-IoT for low-power remote areas.
Power: Add PFC modules for high-traffic zones; MPPT controllers for solar setups.
Durability: IP66 enclosures with anti-corrosive coatings (coastal/humid areas); thermal modules for extreme temps.
Scalability: Reserve IoT ports and support multiple lamp/dimming protocols.

Inquiry Cart 0