URBAN & MUNICIPAL

— STREETS · NEIGHBOURHOODS · COMMUNITIES

Connecting city streets — from homes to businesses.

From residential streets to commercial avenues, explore solar street lighting shaped around the way a city moves. Each project brings road layouts, pedestrian access and local conditions into focus — with system configurations designed for the streets they serve.

ROAD WIDTHS

6–10 m

SYSTEM CONFIGURATIONS

All-in-One / All-in-Two

POLE HEIGHTS

5–9 m

POLE SPACING

20–30 m

Argentina-Community Roads1
Road fit
Lighting for traffic and pedestrians

Road widths, crossings and residential entrances guide the lighting design, balancing vehicle visibility with pedestrian access while accounting for roadside businesses, parked vehicles and changing street activity.

Solar balance
Power matched to local conditions

Solar panels, batteries and dimming schedules are sized together around seasonal sunshine, nearby shading and required lighting hours, balancing nightly energy demand with the solar charging available.

Site fit
Pole layouts that work on site

Mounting heights, spacing and roadside or median positions are coordinated around sidewalks, building entrances and existing utilities, with lighting calculations guiding layouts that fit the available installation space.

Service access
Maintenance planned from the start

Equipment access and pole locations are considered early, helping crews inspect and service solar street lights while accounting for parked vehicles, pedestrian routes and the daily activity around them.

From street 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 installation programme — with guidance during installation and support after handover.

01
Site review & DIALux design

Review road geometry, pedestrian routes and lighting requirements, then develop a DIALux layout to assess light levels, uniformity and glare.

02
System & pole configuration

Coordinate solar panels, batteries and operating schedules with pole heights, brackets and foundation requirements to suit site conditions and installation constraints.

03
Supply & delivery planning

Confirm equipment specifications, quantities and shipment schedules, coordinating packaging and delivery sequences with the contractor’s site access and 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 to support maintenance after project handover.

Solar street lighting for urban access roads in Ghana, featuring roadside market stalls, small buildings and solar poles along busy district connections.
684
lights

Urban & Municipal Road Lighting

Solar street lighting for commercial streets in the United Arab Emirates, with central-median poles serving shop entrances, parked cars and pedestrians.
526
lights

Urban & Municipal Road Lighting

Solar street lighting for a community road in Argentina, featuring roadside poles, residential homes, parked vehicles and a nearby shared recreation area.
264
lights

Urban & Municipal Road Lighting

Solar street lighting for a residential neighborhood in Kenya, featuring roadside poles, boundary walls, greenery and warm lighting along quiet local streets.
172
lights

Urban & Municipal Road Lighting

Solar street lighting for a commercial street in Saudi Arabia, featuring roadside poles, modern storefronts and pedestrian crossings along a busy urban roadway.
438
lights

Urban & Municipal Road Lighting

Solar street lighting for a busy municipal road in Algeria, featuring central-median dual-arm poles illuminating traffic lanes in both directions.
286
lights

Urban & Municipal Road Lighting