For this urban road lighting project in Yemen, Inbrit supplied 80W all-in-one solar street lights installed on 9-meter light poles.
The completed project provides solar-powered illumination along a busy city main road, supporting vehicle and pedestrian visibility in a densely populated urban environment.
Based on the project configuration, the lighting system closely matches Inbrit’s BRETT All-in-One Solar Street Light, whose high-power configurations support up to 80W and recommended installation heights of 8–12 meters.
| Project Detail | Configuration |
|---|---|
| Location | Yemen |
| Application | Urban Main Road |
| Product Type | All-in-One Solar Street Light |
| Recommended Series | BRETT |
| LED Power | 80W |
| Pole Height | 9m |
| Power Source | Solar Energy |
Compared with small residential streets or pathways, city main roads generally require higher light output and wider lighting coverage.
For this project, the combination of an 80W solar light and 9m pole height provides a suitable configuration for the wider urban roadway.
Inbrit currently identifies 80W solar street lights as a project tier suitable for main roads, wide residential roads, municipal projects and other higher-output applications, with a typical mounting range of 8–10m.

The BRETT all-in-one solar street light integrates the solar panel, LiFePO4 battery, controller and LED lighting system into a compact solar lighting unit, reducing the need for separate external components and extensive wiring.
For high-output configurations, BRETT supports up to 80W LED power, high-efficiency road-lighting optics and recommended mounting heights extending to 8–12 meters.
The project photos show the completed solar street lighting system operating across the urban roadway at night.
The elevated view demonstrates the overall lighting coverage along the commercial street, while the street-level image shows how the solar lights illuminate the roadway and surrounding pedestrian and market areas.

All-in-one solar street lights combine the main solar lighting components into one integrated structure, reducing installation complexity and avoiding conventional underground cabling.
For a main-road project, lamp wattage alone does not determine lighting performance.
Solar panel capacity, battery storage, controller strategy, optical distribution, pole height, spacing and local solar conditions all need to be considered as one complete system.
Learn more about Inbrit’s solar street light technology and energy-management solutions.
For urban road projects, stable performance is especially important because each lighting point contributes to overall roadway visibility.
Inbrit applies solar street light quality control procedures to evaluate batteries, lighting components and system performance before project delivery.
Planning an Urban Solar Road Lighting Project?
If you are planning a main road, municipal street or large roadway lighting project, send Inbrit your road width, pole height, pole spacing, required lighting hours and project location. Our team can help evaluate a suitable solar street lighting configuration.
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