-
Eco Solar Hybrid Tower Light
-
Reduced Fuel
Consumption
-
Reduced Carbon
Emissions
-
Reduced Noise
Pollution
The solar hybrid lighting tower excels in CO2 and cost reduction, making it an industry leader.
Key Features and Benefits
- Rescued noise pollution
- Reduced carbon emissions
- Reduced fuel consumption
- 2400 sqm of illuminated space guaranteed
- 9m vertical mast with wind stability of up to 110 km/h
- Auto start/stop light sensor
- AMOSS mast safety system
- Forklift pockets for easy handling
- 4 x 100W LED Floodlights providing instant bright lights with no wait time
- Onboard levels for guidance during stabilization
- Certified wind stability up to 110 km/h
- Fully bunded tank, 110%
This eco-friendly innovation stands out as a highly sustainable lighting solution. Achieve a remarkable annual reduction of 11,123 tons in CO2 emissions and up to £2,431 in fuel expenses!
Its solar panels, positioned atop the unit, are manually adjustable to maximize sunlight utilization. With its versatile floodlights, the solar hybrid tower instantly illuminates a 2400 sqm area using 4 x 100W LED bulbs. While being fully solar-powered is an option, these impressive tower lights are also equipped with a backup diesel generator to ensure constant site safety illumination.
For more information on solar hybrid lighting towers and related solar lighting, contact us today to consult our team of experts.
Specifications
Generator
| Noise Level Solar Hybrid Mode | 0dBa |
| Battery Power | 24DC 400Ah |
| Noise Level Generator Mode | LWA=89 dBa@7m=64 |
| Fuel Consumption – Litres/hour | 0.5 |
| Illumination @5 lux | 2,400m2 |
| Lighting Head | 4 x 100W LED |
| Max Mast Height | 9m |
| Mast Rotation | 360° |
| Mast Type | Manual |
| Certified Wind Stability | 110kmh / 70mph |
| Solar PV | 335W |
| Battery Type | AGM Gel Sealed |
| Generator Power | 3.5KVA/2.8kW |
Pickerings Eco Solar Hybrid Tower Light
Portable solar lighting tower, maximising safety, good value, uptime and efficiency while minimising costs, pollutants and CO2 emissions.
(PDF, 611 KB)