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.
