HIGHWAY & MAIN ROAD

— HIGHWAYS · EXPRESSWAYS · INTERCHANGES

Connecting cities — from highways to main roads.

From divided highways to busy main roads, explore solar street lighting shaped around the routes that keep traffic moving. Each project brings road geometry, junction approaches and local conditions into focus — with system configurations designed for the journey ahead.

ROAD WIDTHS

7–10.5 m

SYSTEM CONFIGURATIONS

All-in-One / All-in-Two

POLE HEIGHTS

8–13 m

POLE SPACING

30–45 m

Yemen - Highway Interchanges (1)
Road visibility
Lighting for lanes and turns

Road widths, medians and junctions guide the lighting design. Calculations assess light levels, uniformity and glare to support visibility along traffic lanes and where vehicles merge or turn.

Energy balance
Power matched to night hours

Solar panels, batteries and dimming schedules are matched to local sunshine and lighting hours. Energy sizing balances daily solar charging with demand through the night.

Layout fit
Poles placed to fit the road

Pole heights, spacing and positions follow the road geometry. Layouts account for medians, barriers and roadside space while providing light across the planned traffic lanes.

Service access
Access for roadside servicing

Pole positions allow for inspection and repair access. Service planning considers traffic controls, roadside work areas and the space crews need along the lighting route.

From road plans to lights on site.

Share your road drawings, site conditions and lighting requirements. We bring together DIALux design, solar street light configurations and pole layouts, then coordinate supply and delivery around your construction programme — with installation guidance and support after handover.

01
Site review & DIALux design

Review carriageway widths, medians and junctions, then develop a DIALux layout to assess light levels, uniformity and glare against project requirements.

02
System & pole configuration

Coordinate solar panels, batteries and lighting schedules with pole heights, brackets and foundation requirements, accounting for road geometry and site conditions.

03
Supply & delivery planning

Confirm equipment specifications, quantities and shipment schedules, coordinating delivery sequences with road access, work zones and the contractor’s planned installation stages.

04
Installation & after-sales support

Provide installation guidance, controller-setting assistance and troubleshooting support, followed by warranty service and replacement-parts coordination for maintenance along the road corridor.

Solar street lighting for highway interchanges in Yemen, with median dual-arm poles, branching roads and rocky shoulders along vehicle approach routes.
426
lights

Highway & Main Road Lighting

Solar street lighting for ring roads in Egypt, with integrated roadside luminaires, sandy terrain and links between outer districts and connecting roads.
918
lights

Highway & Main Road Lighting

Solar street lighting for intercity roads in Chile, with roadside poles, dry foothills and sparse vegetation along routes connecting nearby towns.
548
lights

Highway & Main Road Lighting

Solar street lighting for arterial roads in Mexico, featuring roadside poles, service stations, businesses and commuter traffic along a divided roadway.
762
lights

Highway & Main Road Lighting

Solar street lighting for divided expressways in Iraq, featuring central-median dual-arm poles, concrete barriers and long intercity traffic routes.
1238
lights

Highway & Main Road Lighting

Solar street lighting for divided highways in Bahrain, with roadside poles, concrete barriers and sandy verges along busy multilane traffic routes.
1846
lights

Highway & Main Road Lighting