Cabildo Launches Tender for Cofete's New Sustainable 'Starlight' Photovoltaic Lights
The project is funded by EU Next Generation funds from the Destination Tourism Sustainability Plan and is included in the “Fuerte por Naturaleza” programme.
Cofete, one of the most iconic spots on Fuerteventura and a benchmark of its untamed nature coexisting with human presence, will soon be equipped with new lighting that respects the night sky and local birdlife. The Cabildo of Fuerteventura, through the Tourism Department, has opened a tender for the “Starlight Lighting in Cofete” project, which is financed by the EU Next Generation programme and integrated into the “Fuerte por Naturaleza” initiative.
“We must promote the protection of Fuerteventura’s night‑sky quality for its scientific, astronomical and natural value,” said Cabildo President Lola García.
The Cabildo’s intervention also aims to improve safety, quality and comfort in the area while preserving its landscape integration in line with the environmental protection designations that benefit Cofete.
“Investing in Cofete’s natural environment—from caring for the physical space to minimising light pollution—is an investment in sustainable tourism for Fuerteventura,” explained Tourism Councilor Marlene Figueroa.
“It is an important and necessary intervention,” Figueroa added, noting that obsolete lamps will be replaced with certified “Starlight” technology “to preserve the spectacular night sky in this unique natural setting.”
Project Highlights
- Energy‑efficiency upgrade for the settlement of Cofete (municipality of Pájara) through the installation of a photovoltaic public‑lighting system that meets the highest sustainability standards.
- The new fixtures are solar‑powered, featuring monocrystalline silicon panels, long‑life batteries, and high‑efficiency Astro LED lamps.
- The system operates independently of the electrical grid, offering up to 26 hours of autonomy without motion detection and 7 hours with motion detection.
The existing luminaires have become obsolete and degraded due to harsh weather and salty air, making way for a durable, autonomous solution that respects the surrounding environment.