Description
NOMAD 4 — solar street-lighting tower
The Green Frog Systems NOMAD 4 solar street-lighting tower provides re-deployable road lighting for road construction, mining and civil infrastructure. One or two high-output road-optic LED luminaires mount at 11.5 m, with drive power adjusted to suit the lighting design.
NOMAD 4 is designed to meet full AS/NZS 1158 road lighting — Category P and Category V, categories 1–5. Lighting designs and site-specific performance reports are provided with proposals.
A 1 kW solar array on a rotating T-piece mount charges a 10 kWh LiFePO4 battery. The KX1000 smart controller provides automatic power scaling, while satellite connectivity enables remote monitoring and control where mobile coverage is unavailable. An optional second 10 kWh battery supports cameras, sensors, telemetry and other site devices.
The base is forked into position and filled with locally sourced ballast to the engineered schedule. Erecting the pole requires a crane or lifting device at each installation. With no concrete footings or grid connection, the tower can move as traffic staging and project requirements change.
Single arm or twin
NOMAD 4-1000-A — single arm
One 150 W high-output road-optic LED luminaire on a 4.0 m single arm, with an 11.5 m mounting height. Zero-sun reserve is engineered per site.
NOMAD 4-1000-B — dual arm
Two 150 W high-output road-optic LED luminaires, delivering 300 W total, on two 3.0 m arms with a 6.0 m tip-to-tip span. The mounting height is 11.5 m. Zero-sun reserve is engineered per site.
Both configurations offer road optics and 3000K or 4000K CCT, with drive power adjusted to suit the site lighting design.
Zero-sun reserve is engineered per site, and site-specific figures are provided with every proposal.
Moves with the project
NOMAD 4 suits staged road construction, detours, carriageway switches and haul-road intersections. On redeployment, empty the ballast and return it to site as clean fill, lower the pole with a crane or lifting device, and fork the base onto transport. Re-ballast and re-erect the tower at its next location to the site-specific engineered schedule.
Deployment
- Fork the base into position.
- Fill with locally sourced ballast to the prescribed density and marked fill level, following the engineered ballast schedule.
- Rotate the solar array to face north.
- Erect the pole to its 11.5 m mounting height with a crane or lifting device and aim the luminaires to the lighting design.
Applications
- Road construction work zones and detours
- Staged carriageway switches
- Haul-road intersections
- Mining camps and ROM areas
- Ports and rail corridors
- Utilities and civil infrastructure
- Remote sites without mobile coverage
Specified for your site
Every NOMAD 4 proposal includes a site-specific performance report, checked against the worst month of solar data for the deployment location. GFS specifies the lighting category, wind region and solar performance for the project and provides the results in writing.
Solar performance figures are engineering estimates from long-term climatological averages and are not a guarantee of energy yield; a site-specific verified performance report is provided with every proposal.
Contact us for pricing & specification
Tell us your site location and lighting requirements. We’ll recommend the single- or dual-arm configuration and verify the lighting design, wind engineering and worst-month solar performance for your project.
