Before choosing a fixture, most roadway projects need the engineering groundwork completed first—including pole spacing calculation, wattage selection, optical distribution, and tender documentation.
MVS supports contractors, distributors, and municipal project teams through this process for city roads, highways, industrial routes, and roadway retrofit projects.
We turn your road dimensions, lighting targets, and project requirements into practical fixture and installation recommendations.
We calculate suitable pole height, spacing, and optical distribution from your road width, pole arrangement, and traffic conditions to reduce dark areas and unnecessary over-lighting.
Streetlight wattage and fixture configuration are matched to the target illuminance, installation height, project budget, and required maintenance conditions.
We can prepare technical specification sheets, IES photometric files, certification documents, and supporting product information for procurement and tender review.
Product specifications can be adjusted for coastal corrosion, high temperatures, unstable grids, smart controls, or retrofit installation on existing poles.
Select the application closest to your project to review its lighting priorities, recommended configuration, and engineering considerations.
Lighting support for urban main roads, secondary roads, and municipal infrastructure projects.
View Solution →Long-range and uniform roadway lighting for higher-speed traffic and large transport routes.
View Solution →Lighting planning for tunnel entrances, transition zones, interior zones, and exits.
View Solution →Outdoor lighting for campus roads, entrances, pedestrian routes, and shared public areas.
View Solution →Comfortable and energy-efficient lighting for park roads, walking routes, and public recreation areas.
View Solution →Weather-resistant lighting for riverside roads, embankments, and pedestrian routes near water.
View Solution →Functional route lighting balanced with visual comfort and surrounding landscape requirements.
View Solution →Scheduled dimming, remote monitoring, and connected controls for roadway lighting management.
View Solution →These general parameters provide an initial reference for standard roadway projects before detailed photometric calculation and model selection.
Actual lighting recommendations depend on the road dimensions, existing infrastructure, and the required performance standard.
| Design Parameter | General Reference |
|---|---|
| Pole Height | 6–10 metres |
| Pole Spacing | 20–30 metres |
| Initial Illuminance Target | 15–25 lux |
| Preliminary Power Range | 50–150W |
| Outdoor Protection | IP65 / IP66 |
The values above are preliminary references rather than final specifications. Final pole spacing, wattage, optical distribution, and illuminance should be confirmed through project calculations and applicable local roadway lighting standards.
This page focuses on roadway lighting engineering support. If your road type and basic project parameters are already confirmed, the next step is to compare suitable fixture configurations.
Visit the LED Street Light Series to review available wattages, product structures, performance features, and customization options.
Review the main product factors before requesting a final project configuration.
Practical answers for contractors, distributors, and project teams preparing a roadway lighting proposal.
Please provide the road width, number of lanes, pole height, pole spacing, installation arrangement, target illuminance, input voltage, and any applicable local standard. Drawings or site photographs can also help improve the initial recommendation.
Wattage and optical distribution are selected together according to road width, pole height, spacing, traffic conditions, and the required illuminance and uniformity. Final selection should be confirmed through photometric calculation rather than wattage alone.
Yes. MVS can provide IES photometric files and assist with DIALux layouts based on the available roadway dimensions, pole arrangement, and project lighting targets.
Available options include timer dimming, photocell control, DALI, 0–10V, LoRa, ZigBee, and remote single-lamp management. Compatibility depends on the selected fixture, driver, controller, and existing project platform.
Available documents may include product specifications, IES files, CE and CB certificates, ISO9001 supporting documents, driver compliance files, and packing information. Certification availability depends on the selected model and destination market, so requirements should be confirmed before the final quotation.