Description
NOMAD 4 solar street lighting tower
The NOMAD 4 is a redeployable solar street light for road construction, mining and civil infrastructure. One or two road optic LED luminaires mount at 11.5 m, powered by a 1 kW rotating solar array and 10 kWh LiFePO4 battery, with no concrete footings, grid connection or fuel.
It is designed for AS/NZS 1158 Category V road lighting, with a lighting design and site report included in each proposal. The KX1000 controller scales power automatically through extended overcast weather, and satellite connectivity allows remote monitoring where there is no mobile coverage. An optional second 10 kWh battery can run cameras, sensors and telemetry.
The base is placed by forklift and filled with local ballast to schedule, and the pole is erected with a crane or lifting device. It suits staged road works, detours, haul road intersections, mining camps, ports, rail corridors and remote sites, and moves with the project. The base and mast carry a 10 year structural warranty, and the lighting and power system a 5 year complete unit warranty.
Key Features
Road lighting design. AS/NZS 1158 Category V, with luminaires at 11.5 m.
Single or dual arm. 4-1000-A carries one 150 W luminaire on a 4.0 m arm; 4-1000-B carries two 150 W luminaires on two 3.0 m arms, 6.0 m tip to tip.
No concrete footings. Sand, aggregate or ore based ballast to schedule, with no footing to demolish.
Moves with the project. Forklift pockets in the base; a crane is needed to erect and lower the pole.
1 kW rotating array. Two 500 W panels on a rotating T piece, turned north after placement.
10 kWh battery. LiFePO4 as standard, with an optional second 10 kWh battery for cameras, sensors and telemetry.
KX1000 controller. Automatic power scaling during extended overcast weather.
Satellite connectivity. Remote monitoring and control with no mobile coverage needed.
Site specific power plan. A site report with every proposal, checked against the worst month.
Clean and quiet. No fuel, refuelling visits or grid connection.
Engineered structure. Hot dip galvanised steel to AS/NZS 1170.2, with the wind region and terrain category set in the ballast schedule.
Technical
(1) Solar performance figures are engineering estimates from long term averages, not a guarantee of energy yield. A verified site report checked against the worst month comes with every proposal.
