12 Meter Solar Highmast Lighting System
The 12 Meter Solar Highmast Lighting System is a robust and high-capacity lighting solution engineered for large open areas requiring powerful and uniform illumination. Designed to withstand higher wind speeds and heavier luminaire loads, this system is ideal for ports, logistics hubs, large industrial zones, highways, and public infrastructure projects. Featuring a winch system, advanced MPPT controller, and high-capacity LiFePO4 batteries, the system delivers reliable performance with minimal maintenance. Its heavy-duty structure and precision-engineered components ensure long service life even in demanding environments.
- Total Height
- 12.0 m
- Top / Bottom Diameter
- 150–180 mm / 300–360 mm
- Base Plate
- 20–25 mm
- Wire Rope
- 6 mm SS 304
- Reply within 1 business day
- Bulk & tender pricing
- Certificates on request
Engineered for performance
-
Lifespan
A – 50,000 L90 B10 B – 100,000 L90 B10
-
Low Flicker
Designed for stable, comfortable illumination with low flicker performance.
-
Operating Temperature
-10°C to +55°C
-
Dimming
On request: DALI, 0–10V, 1–10V
Product details
Built for the job, down to the detail.
-
Fully solar-powered, off-grid lighting solution
-
Tapered polygonal structure for superior strength
-
High wind resistance suitable for outdoor installations
-
Manual winch system for safe and easy luminaire maintenance
-
MPPT controller for maximum solar energy efficiency
-
Ideal for highways, industrial areas, campuses, and ports
Technical specifications
- Total Height
- 12.0 m
- Cross Section
- Polygon (tapered)
- Top / Bottom Diameter
- 150–180 mm / 300–360 mm
- Base Plate
- 20–25 mm
- Winch
- Manual winch
- Wire Rope
- 6 mm SS 304
Need photometric files, drawings or test reports? Request the full datasheet and we’ll send it with your quotation.
Get a quote
Planning a project with the 12 Meter Solar Highmast Lighting System?
Tell us the site, quantity and timeline and the right specialist will reply with datasheets and a quotation within one business day.