Jiangsu Inbrit Outdoor Solar Lighting Co., Ltd.
ROADWAY LIGHTING SOLUTIONS

Solar Roadway Lighting Solutions

Reliable, efficient and project-based solar roadway lighting for urban roads, secondary roads, community streets and new road infrastructure. Inbrit coordinates the luminaire, solar power system, controller, optics and light pole according to road width, mounting height, spacing and local site conditions.

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check_circle Solar, AC and Hybrid Options
check_circle Matched Light Pole Systems
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Modern municipal solar street lighting along a clean city road
ANSWER FIRST

What Is a Solar Roadway Lighting Solution?

A solar roadway lighting solution is a coordinated outdoor lighting system designed to provide reliable illumination for public roads without depending entirely on underground grid infrastructure. The final system may include the LED luminaire, solar panel, battery, controller, light pole and road-specific optical distribution. Selection should be based on road classification, width, pole height, spacing, target lighting performance, operating hours and local solar conditions—not wattage alone.

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Urban Roads

Main and secondary city roads

traffic

Community Streets

Residential and local public roads

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New Road Projects

Developments without complete grid infrastructure

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Road Upgrades

Retrofit and energy-improvement projects

PROJECT CHALLENGES

Common Challenges in Solar Roadway Lighting Projects

Lighting Uniformity

Incorrect pole spacing or optics may create dark zones and inconsistent road visibility.

Road Width and Classification

Main roads, secondary roads and community streets require different outputs and light distributions.

Glare and Visual Comfort

Poor aiming or unsuitable optics may reduce driver comfort and visibility.

Solar Resource Variation

Panel and battery capacity must match local sunshine, rainy seasons and operating schedules.

Trenching and Cabling Costs

Grid extension can increase civil-work costs and disrupt existing roads.

Long-Term Maintenance

Large roadway projects need standardized components and accessible maintenance structures.

APPLICATION SCOPE

Solar Roadway Lighting Applications

Solar roadway lighting projects cover different road types and operating conditions. Each application requires a suitable combination of light output, pole height, spacing, optics, power supply and control strategy.

Urban Main Roads

Urban Main Roads

Road lighting for city corridors requiring consistent coverage and controlled glare.

Bridges and Intersections

Bridges and Intersections

Focused lighting for conflict zones, junctions and elevated road sections.

Secondary Roads

Secondary Roads

Balanced output and spacing for district and suburban roads.

Community Streets

Community Streets

Efficient lighting for residential roads and local public streets.


Industrial Access Roads

Industrial Access Roads

Reliable illumination for logistics routes and industrial entrances.

Road Upgrade Projects

Road Upgrade Projects

Solar or LED retrofit options for roads with limited electrical infrastructure.

PRODUCT CATEGORIES

Explore Solar Roadway Lighting Product Categories

Choose a product architecture based on the application environment, available power supply, required output, maintenance preferences and project installation conditions.

Inbrit Street Lighting Systems

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All-in-one Solar Street Light

Integrated off-grid lighting for village roads and simple deployment.
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All-in-two Solar Street Light

Flexible panel positioning and accessible component configuration.
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Split Solar Street Light

Independent panel, battery and luminaire sizing for project flexibility.
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Smart Solar Street Light

Monitoring, dimming and sensing options for connected lighting projects.
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Hybrid Solar Street Light

Backup-energy support for critical roads or difficult seasonal conditions.
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AC LED Street Light

Grid-powered LED lighting for sites with stable electrical infrastructure.
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Solar Street Light with Pole

A coordinated package for remote projects requiring easier procurement and installation.
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IP65 Solar Street Light

Weather-protected lighting for rain, dust and exposed rural conditions.
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Double Arm Solar Street Light

Two-direction lighting for medians and wider coverage requirements.
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Power-Based Solar Street Lights

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20W Solar Street Light

Lower-output lighting for pathways and small-area applications.
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40W Solar Street Light

Balanced output for community roads and smaller outdoor areas.
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60W Solar Street Light

Medium-output lighting for common road and area-lighting projects.
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80W Solar Street Light

Higher-output lighting for wider roads and larger open areas.
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100W Solar Street Light

High-output lighting for demanding municipal and infrastructure projects.
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120W Solar Street Light

High-output lighting for wide roads and large-scale outdoor applications.
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Lighting Poles

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Light Pole

Project-specific poles selected for rural road width, height and wind conditions.
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High Mast Pole

Large-area pole systems for intersections, open spaces and sports venues.
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RECOMMENDED PRODUCTS

Recommended Inbrit Products for Solar Roadway Lighting

The products below represent different structures and power ranges for this application. Final selection should be confirmed according to the project layout, operating requirements and local conditions.


OWL All-in-one Solar Street Light

OWL All-in-one Solar Street Light

High waterproof rating: IP66
Available in 30W–100W
Adjustable solar panel angle
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SOLO-A All-in-two solar street light

SOLO-A All-in-two solar street light

High Performance Parameters: Imported high efficiency chips, 60% energy saving than traditional street light; Patented Light Source design: Road surface uniformity over 0.7, uniform illuminance, no ...
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INTENSE All-in-two Solar Street Light

INTENSE All-in-two Solar Street Light

Elegant and high-power design
Modular integrated structure
Quick-access connection system
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TRANSFO Split Solar Street Light

TRANSFO Split Solar Street Light

Flexible power compatibility
High-quality LED & optical performance
Durable heat dissipation design
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SELECTION GUIDE

How to Select a Solar Roadway Lighting System

Road Classification

Confirm: Main road, secondary road, community street or access road

Impact: Determines output, optics and layout


Road Width

Confirm: Carriageway width, number of lanes and median

Impact: Determines coverage and pole position


Pole Height

Confirm: Required mounting height

Impact: Affects beam spread and spacing


Pole Spacing

Confirm: Distance between adjacent poles

Impact: Affects average lux and uniformity


Optical Distribution

Confirm: Single-side, staggered, opposite or median layout

Impact: Affects road coverage and glare


Operating Hours

Confirm: Full-output and dimming schedule

Impact: Affects battery and controller settings


Solar Conditions

Confirm: Peak sun hours, rainy season and temperature

Impact: Affects panel and battery sizing


Grid Availability

Confirm: Grid, off-grid or backup requirement

Impact: Determines solar, AC or hybrid


Wind Conditions

Confirm: Local wind speed and exposure

Impact: Affects pole and foundation design


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A roadway lighting proposal should be based on road data and lighting requirements. Selecting products only by wattage may result in insufficient coverage, poor uniformity or unnecessary system cost.
ROADWAY LIGHTING DESIGN

Road Classification, Pole Spacing and Light Distribution

Roadway lighting performance depends on the relationship between road width, mounting height, pole spacing and optical distribution. A system that works for a community street may not provide suitable coverage on a multi-lane urban road.

Single-side, staggered, opposite and median layouts produce different illumination patterns. The selected arrangement should support road visibility while controlling glare and avoiding large brightness differences between adjacent areas.

For solar roadway projects, the lighting layout and energy system must be evaluated together. Longer operating hours, higher output and wider spacing directly influence solar-panel and battery capacity.


Road Classification, Pole Spacing and Light Distribution
Network Status: Optimal ● Live
REFERENCE CONFIGURATIONS

Reference Configurations for Solar Roadway Lighting Projects

Community Streets

Recommended: All-in-One / All-in-Two

Pole Height: 5–6m

Power: 40W–60W


Secondary Roads

Recommended: All-in-Two / Split

Pole Height: 6–8m

Power: 60W–80W


Urban Main Roads

Recommended: Split / AC LED

Pole Height: 8–12m

Power: 80W–120W+


Intersections

Recommended: Double Arm / High Mast

Pole Height: Project-based

Power: Project-based


Industrial Access Roads

Recommended: All-in-Two / Split

Pole Height: 6–10m

Power: 60W–100W


Road Retrofit Areas

Recommended: Solar / AC / Hybrid

Pole Height: Site-based

Power: Site-based


The values above are reference ranges only. Final specifications should be confirmed according to site data, lighting requirements, local standards and structural conditions.

WHY INBRIT

Why Choose Inbrit for Solar Roadway Lighting Projects?

Roadway projects require coordination between the luminaire, optics, power system, controller, pole and installation layout. Inbrit can support product selection and system matching to reduce specification conflicts during procurement and installation.

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Solar, AC and Hybrid Product Platforms

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Matched Street Light and Pole Options

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Project-Based Panel and Battery Sizing

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Multiple Road Lighting Structures

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Smart Control Options

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OEM and Project Customization

CASE STUDIES

Municipal Lighting Project References

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Urban Road Solar Lighting Project

Project Location: Project details to be added after verification.

Application: Urban Main Road

Product Structure: Project details to be added after verification.

Power: Project details to be added after verification.

Pole Height: Project details to be added after verification.

Project Requirement: Project details to be added after verification.

Inbrit Configuration: Project details to be added after verification.

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Municipal Community Lighting Project

Project Location: Project details to be added after verification.

Application: Residential Community

Product Structure: Project details to be added after verification.

Power: Project details to be added after verification.

Pole Height: Project details to be added after verification.

Project Requirement: Project details to be added after verification.

Inbrit Configuration: Project details to be added after verification.

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Public Square or Parking Area Project

Project Location: Project details to be added after verification.

Application: Public Infrastructure

Product Structure: Project details to be added after verification.

Power: Project details to be added after verification.

Pole Height: Project details to be added after verification.

Project Requirement: Project details to be added after verification.

Inbrit Configuration: Project details to be added after verification.

BUYER QUESTIONS

Frequently Asked Questions About Solar Roadway Lighting

What is solar roadway lighting?

It is a project-based road lighting system that uses solar energy to power LED luminaires and is configured according to road geometry and operating requirements.

How do I select solar lights for a roadway?

Confirm the road width, classification, pole height, spacing, target lighting level, operating hours and local solar conditions.

What pole height is suitable for roadway lighting?

The suitable height depends on road width, optical distribution and required coverage. Common project ranges vary by road class.

How far apart should roadway light poles be?

Spacing should be confirmed through a lighting layout because it depends on mounting height, optics, road width and target uniformity.

Can solar roadway lights be used for urban roads?

Yes, when the luminaire, panel, battery, controller and pole are correctly configured for the road and local solar conditions.

Is AC lighting better for existing roads?

AC LED lighting may be suitable where stable grid infrastructure already exists, while solar or hybrid systems may reduce trenching in new or difficult areas.

Can roadway lights be remotely monitored?

Smart controllers can support status monitoring, scheduled dimming and fault alerts when the project includes the required communication system.

What information is needed for a roadway proposal?

Provide the road layout, width, length, pole height, spacing, operating hours, quantity, target lighting requirement and grid availability.

PROJECT INQUIRY

Request a Solar Roadway Lighting Proposal

Share your roadway layout and project requirements. Inbrit will recommend suitable lighting systems, product categories, pole heights and project configurations.

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