Operational since 1985, the Saurland plant harnesses water from the Blåsjø reservoir to produce over 1,400GWh of electricity annually. Skanska’s work involves upgrading and reinforcing a 10km tunnel that links the reservoir to the power plant. Additionally, the company will construct a new 2km access tunnel to improve operational efficiency.
The upgrades aim to enhance the plant’s reliability, minimize water loss, and ensure consistent energy production for the future. By strengthening the existing infrastructure and adding the new tunnel, the project will support the long-term sustainability of the hydroelectric facility.
Construction is scheduled to start in June 2025 and is expected to be completed by June 2028. The three-year timeline reflects the complexity of the work, which involves precise engineering to maintain the plant’s functionality while implementing improvements.
This contract underscores Skanska’s expertise in delivering critical infrastructure projects. The collaboration with Statkraft, a leading renewable energy provider, highlights the shared commitment to advancing clean energy solutions. The Saurland plant’s enhanced capacity will contribute to Norway’s renewable energy goals, providing stable, eco-friendly power to the region.
The project also demonstrates the importance of maintaining and modernizing aging energy infrastructure. By addressing potential inefficiencies in the existing tunnel system, the upgrades will optimize water flow and energy output, benefiting both the environment and the local economy. Skanska’s role in constructing the new access tunnel further ensures that the plant can operate more effectively, supporting its long-term viability.
This initiative aligns with broader efforts to strengthen renewable energy systems. The successful completion of the project will reinforce the Saurland plant’s role as a key contributor to Norway’s clean energy production, delivering reliable electricity to meet regional demand.
