| LOCATION | APPLICATION | LIGHTING SYSTEM | POLE HEIGHT |
|---|---|---|---|
| Guangxi, China | Industrial Access Road | AI IoT Dual-Head Solar Street Lights | 12 m |
The Challenge
The main road from the highway exit to the industrial zone should be well-lit, with streetlights installed in the middle to illuminate both sides of the road for ease of management.
Our Approach
We provided a 200W AI IoT solar street lighting solution combining off-grid solar power with remote lighting management. The system allows operators to control lighting, monitor operating conditions and respond to faults remotely, helping reduce routine on-site inspections.
| Off-Grid Solar Power | Remote Lighting Control | GPS Positioning | Flexible Lighting |
|---|---|---|---|
| Provide reliable outdoor lighting using solar energy without relying entirely on grid electricity. | Allow operators to manage connected lights remotely without visiting each lighting point. | Help operators locate connected lighting points and support anti-theft monitoring. | Allow brightness and color temperature to be adjusted according to different operating requirements. |
| Each 12-meter pole features two 200W LED street light heads, two 160W monocrystalline solar panels, and two 6.4V 100Ah batteries. The dual-head design provides lighting for both sides of the industrial access road, while the AI IoT system allows operators to monitor performance, adjust lighting settings, and manage connected lights remotely. |
| Item | Project Specification |
|---|---|
| Application | Industrial Zone Avenue |
| Lighting Type | AI IoT Dual-Head Split Solar Street Light |
| Model | HC-JDSL-02 |
| Fixture Power | 200W per light head |
| Actual power | 60W |
| Light Heads | 2 per pole |
| Luminous Efficacy | 198 lm/W |
| Housing | Die-Cast Aluminum |
| Lens | PC Lens |
| Solar Panel | 2 × 160W Monocrystalline |
| Battery | 2 × 6.4V 100Ah |
| Solar Cell | Mono-Si |
| Color Temperature | 3000-6000K |
| CRI | >80 |
| Pole Height | 12 m |
| Pole Wall Thickness | 4.0 mm |
| Controller | AI IoT MPPT Controller |
| Control | PC & APP / Light Control / Remote Control |
The dual-head arrangement allows one pole to illuminate both sides of the road. This configuration suits wide industrial access roads where centralized pole installation is preferred.
Two 160W monocrystalline solar panels provide solar energy for the lighting system. Panel and battery configurations are selected according to local sunlight conditions, operating hours, and project requirements.
Connected lighting points can be managed remotely through the smart control system, reducing the need to visit each light for routine operating adjustments.
GPS positioning helps operators identify the location of connected lighting points and provides additional support for outdoor equipment management and anti-theft monitoring.
▶ Remote Batch On/Off Control
▶ Remote Brightness Adjustment
▶ Adjustable Color Temperature
▶ GPS Positioning
▶ Anti-Theft Monitoring
▶ Online Cloud Platform Management
▶ PC & APP Remote Control
With centralized AI IoT management, operators can check lighting status, adjust operating schedules, and identify potential issues without inspecting every pole individually.
| Production | Aging Test | Installation | Lighting Status |
| LED Street Light Assembly | Pre-Shipment Aging Test | Dual-Head Solar Street Light Installation | Road Illumination at Night |
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The dual-head solar street lighting system was installed along the industrial access road in Guangxi, providing illumination on both sides of the roadway. The project combines off-grid solar power with centralized AI IoT management, allowing operators to monitor connected lights and adjust lighting settings remotely.
Production, aging testing, installation, and nighttime operation are documented through actual project photographs.
HC-JDSL-02 Custom AI IoT Split Solar Street Light
The HC-JDSL-02 is a customizable split solar street lighting solution designed for outdoor road projects. It supports flexible solar panel and battery configurations, dual-head installation, and AI IoT remote management.
This project uses a customized 6.4V battery configuration based on the HC-JDSL-02 series.
CTA: View Product Specifications
Share your road dimensions, pole height, required operating hours, local solar conditions and lighting requirements. Our engineering team can recommend the solar panel, battery capacity, fixture power, lighting layout and smart control solution for your project.