1. Urban Roads & Highways

Automatically adjust lighting based on time, traffic flow, or ambient light conditions. This dual - benefit approach boosts road safety and cuts energy waste.

2. Smart Cities

Integrate with city - wide IoT platforms to enable remote monitoring, real - time fault detection, and dynamic lighting control. It creates a more responsive and intelligent urban infrastructure.

3. Residential Communities

Deliver scheduled or sensor - triggered lighting solutions. These enhance neighborhood security while slashing manual maintenance efforts.

4. Industrial Parks & Campuses

Implement centralized control for streetlights across expansive areas. This streamlines operations and drives significant energy cost reductions.

5. Public Parks & Outdoor Spaces

Enable adaptive lighting that balances safety needs and ambiance creation during nighttime events or low - traffic periods.

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:

1. Sensors

Urban Scenarios: Deploy radar or AI - powered cameras to enable traffic - driven dimming, ensuring lighting adjusts precisely to real - time vehicle/pedestrian flow.

Rural Applications: Combine PIR sensors with solar backup systems, balancing energy efficiency and reliability in off - grid environments.

2. Connectivity

Urban Cloud Integration: Leverage 5G or LoRaWAN for seamless cloud - based management, supporting real - time data sync and remote control.

Remote Low - Power Areas: Opt for NB - IoT to deliver stable connectivity with minimal energy consumption, ideal for hard - to - reach locations.

3. Power Management

High - Traffic Zones: Integrate PFC (Power Factor Correction) modules to optimize power usage, reducing grid load during peak hours.

Solar Configurations: Equip MPPT (Maximum Power Point Tracking) controllers to maximize solar energy harvest, boosting self - sufficiency.

4. Durability Enhancements

Harsh Environments: Use IP66 - rated enclosures with anti - corrosive coatings, perfect for coastal or humid regions to resist weathering.

Extreme Temperatures: Add thermal regulation modules, ensuring stable operation in scorching or freezing climates.

5. Scalability Design

Future - Proof Expansion: Reserve IoT - dedicated ports and support multiple lamp - control/dimming protocols, enabling easy system upgrades or integration with new devices.

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