Artxanda Funicular Solar Integration Pilot - følg statusen

Solcellemoduler langs skinnegang

The Artxanda Funicular Solar Integration Pilot project involved installing photovoltaic solar modules directly along a 25-meter section of the historic funicular track in Bilbao. Omexom’s subsidiary Tecuni executed the project, completing it within four months for just over €73,000. The installation included solar panels mounted on the station roof, on the bridge foundations, and composite high-yield n-type solar modules embedded between the rails-a first in Spain-designed by Basque company Izpitek to withstand the mechanical and climatic stresses of the site.

Fornybar energi uten driftsavbrudd

A key focus of the project was to incorporate renewable energy in a constrained environment without impacting the safety, continuous operation, or historic character of the funicular and its urban surroundings. The innovative design had to fit the narrow track space and meet strict technical requirements. Collaborative efforts with funicular technicians ensured the solar installation posed no operational risks and met all safety standards.

70 % fornybar strømproduksjon

The solar array generates approximately 71 MWh annually, supplying about 70% of the funicular's electricity needs entirely from renewable sources. The energy is directly fed into the funicular’s network, utilizing existing infrastructure and avoiding additional land use. This project exemplifies a sustainable urban energy transition, aligning with the European Directive 2024/1275 aimed at zero-emissions public buildings by 2028.

Pilotprosjekt styrker bærekraftprofil

The success of this pilot not only validates Omexom’s commitment to sustainable energy solutions but also positions the Artxanda funicular as a pioneering model for blending historic public transport with clean energy innovations. Following this success, Tecuni is exploring additional solar applications in Bilbao, reinforcing the city’s status as a hub for sustainable energy technology and urban resilience.