
Commercial Solar Lighting Solutions
Temporary & Permanent
Temporary Solar Lighting for Construction, Compounds & Events
At Luma Bright, we specialise in manufacturing and supplying off-grid solar lighting systems for commercial and industrial applications across the UK. Our Temporary Solar Lighting Tower Units are designed for rapid deployment and are ideal for:
Construction sites
Site compounds
Temporary car parks
Event and festival sites
Each column is fitted with high-performance solar-powered lighting and mounted on a heavy-duty concrete base for stability. These units are cost-effective, cable-free, and quick to install, making them ideal for both short-term and emergency use.
Permanent Solar Columns for Car Parks, Developments & Pathways
Our Permanent Solar Lighting Columns are a popular solution for housing developments, industrial estates, car parks, and public spaces. These fully autonomous columns provide consistent, reliable light without the need for trenching, cabling, or grid connection.
Whether you’re a housebuilder, landlord, or a local authority, Luma Bright offers solar lighting systems that reduce infrastructure costs while helping you meet low-carbon targets.
Why Choose Solar Lighting? Cut Costs, Cabling & Carbon
With increasing demand for low-carbon construction and sustainable lighting solutions, solar lighting is now a smart alternative to traditional grid-powered systems.
✅ No cabling or trenching costs
✅ Zero ongoing electricity bills
✅ Fast to install and reposition
✅ Meets UK sustainability targets
On remote sites, where power infrastructure is unavailable or delayed, our solar lighting towers and columns provide a reliable, emissions-free solution that’s ready to go.






Trusted by UK Builders, Councils & Major Brands
We’re proud to supply some of the UK’s leading organisations with high-performance solar lighting — from Tier 1 housebuilders to local councils and major contractors. Explore our projects to see real-world installations across housing estates, parks, retail sites and more.