Sabik LED 350 Lights the Way in Norway’s Northernmost Solar Lighthouse
In the remote Svalbard Archipelago, the Norwegian Coastal Administration (NCA) set out to redesign the country’s northernmost lighthouse with a fully solar-powered, low-maintenance solution. The result: a sleek, modern structure powered by Sabik’s LED 350, purpose-built to withstand Arctic extremes and deliver long-range visibility all year round.
Background & Challenge
In 2010, the Norwegian Coastal Administration (NCA) launched a pioneering project in the Svalbard Archipelago, redesigning the northernmost solar-powered lighthouse in Norway. The goal was to combine modern design, operational efficiency, and visual harmony with the Arctic landscape—while significantly reducing maintenance needs.
This remote location, exposed to extreme cold, ice, and seasonal darkness, demanded a solution that could withstand harsh polar conditions and operate reliably year-round. In addition, the NCA required the structure to be aesthetically integrated, low in weight for helicopter transport, and eco-efficient for off-grid use.
Design requirements included:
- Durable and maintenance-free operation
- Excellent optical performance with low power consumption
- Smooth, easy-to-clean surface to prevent algae and dirt buildup
- Structural resilience against high wind loads and environmental stress
Modular, stackable components for easier logistics
Solution for Arctic Navigation – LED 350 in a Lightweight, Modern Tower
After testing 20 different structural designs in simulation environments—varying in height, colour, width, and form—the NCA selected a new tower concept that married minimalist architecture with functional performance. At the heart of the solution: Sabik’s LED 350 lantern, chosen for its proven durability, reliability, and adaptability to ice-prone regions.
The LED 350 offers:
- High-performance LED optics for long-range visibility
- Compatibility with solar power systems, reducing energy dependency
- Modular tiers for tailored performance based on site requirements
- Lightweight construction ideal for air transport and remote installations
The final design—engineered specifically for the Arctic—delivers the necessary signaling range while maintaining low environmental impact and maximum operational efficiency.
Outcome: Durable, Stylish Lighthouse Meets Demands of the Far North
By integrating Sabik’s LED 350 with a modern, low-maintenance tower structure, the Norwegian Coastal Administration successfully deployed a solar-powered lighthouse that performs reliably in some of the most demanding weather conditions on Earth.
The lighthouse not only meets the functional and ecological requirements set out by the NCA but also respects traditional design aesthetics with a distinctly modern twist. The result is a future-ready, replicable model for other remote marine navigation sites in polar or harsh environments.
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LED 350
