Wireless Smart Streetlight Control Cabinet 4G 5G IoT-Enabled Control Unit
Product Specifications
| IP Rating |
IP54 IP55 IP65 IP66 |
| Application |
Urban Roads & Highways, Public Places, Roads |
| Material |
Mid Carbon Steel / Carbon Steel / Stainless Steel / Aluminum Steel |
| Color |
Silver or Custom Colors |
| Customization |
Logo printing, size and color customization available |
| Mounting Type |
Wall mount, pole mount, free standing |
| Usage |
Public Place or Others |
| Certifications |
CE |
| Size |
Various sizes available |
| Locking Mechanism |
Key lock |
| Finish |
Powder coated |
| Shape |
Rectangular |
| Features |
Durable, corrosion-resistant, weatherproof |
Product Description
- Urban Roads & Highways: Automatically adjusts lighting based on time, traffic flow, or ambient light conditions to enhance road safety and reduce energy waste.
- Smart Cities: Integrates with city-wide IoT platforms for remote monitoring, real-time fault detection, and dynamic lighting control.
- Residential Communities: Provides scheduled or sensor-triggered lighting solutions to improve security and reduce maintenance.
- Industrial Parks & Campuses: Offers centralized control for streetlights across large areas to streamline operations and reduce energy costs.
- Public Parks & Outdoor Spaces: Enables adaptive lighting that balances safety needs with ambiance creation during nighttime events.
Design Specifications
| Dimensions (mm) |
Application Scenarios |
| 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 |
| 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; single box supports up to 16 circuits |
IP Grade
IP54 / IP55 / IP65 / IP66
Implementation Suggestions
- Sensors: Urban scenarios benefit from radar or AI-powered cameras for traffic-driven dimming, while rural applications work well with PIR sensors and solar backup systems.
- Connectivity: Urban areas should leverage 5G or LoRaWAN for cloud-based management, while remote areas benefit from NB-IoT for stable, low-power connectivity.
- Power Management: High-traffic zones should integrate PFC modules, while solar configurations benefit from MPPT controllers.
- Durability: Harsh environments require IP66-rated enclosures with anti-corrosive coatings, and extreme temperatures need thermal regulation modules.
- Scalability: Future-proof designs should include IoT-dedicated ports and support multiple lamp-control protocols.