At LKP, we strive to be at the forefront of developing innovative and sustainable parking solutions. We are now giving discarded wind turbine blades new life by repurposing them as part of the facade of our upcoming parking facility, currently under the working name Niels Bohr, which is scheduled for completion at the end of 2025 in Brunnshög.

Sustainability in Focus

At LKP, our mission is to create innovative parking alternatives and environmentally friendly mobility solutions that contribute to a functional urban environment. Since one of our goals is to help Lund become climate-neutral by 2030, sustainability is a central priority in every step of our work, especially when constructing new facilities. To reduce the climate impact of Niels Bohr and promote a sustainable future, we set out early in the process to make use of existing resources by incorporating reused materials.

Why Wind Turbine Blades?

The idea of using wind turbine blades came from the project’s architect, Jonas Lloyd. These blades are made of thermoset plastic and fiberglass, making them difficult to recycle. In many countries, old blades are either buried or incinerated when they can no longer be used in wind turbines. According to the Swedish National Audit Office, discarded wind turbine blades risk becoming a significant waste problem in Sweden too, unless new uses are found.

Thanks to the blades’ strong and durable materials, they can be creatively and innovatively repurposed as facade elements. By decorating the parking facility with them, we aim not only to breathe new life into the blades but also to draw attention to the growing challenge Sweden faces as the first generation of wind turbines begins to be decommissioned.

The initiative is a collaboration between LKP, Lloyds Arkitektkontor, Hifab, Kingo, and Vattenfall.

Innovative Energy Solutions

In addition to its reused facade, the new parking facility will feature solar panels on the roof that power the building’s charging stations. It will also include battery storage to retain solar energy for use on days when sunlight is limited—ensuring no energy goes to waste. This local energy collection and storage help reduce the overall energy consumption in the area. What sets the Niels Bohr facility apart is that its battery capacity will be twice as large as that of our other mobility hubs.

More About Niels Bohr

• The building will have 6 floors with approximately 265 parking spaces.

• About 40 of the spaces will offer charging stations for electric vehicles.

• The stairwell will be glass-enclosed, contributing to a bright and open atmosphere along with the dynamic pattern created by the turbine blades on the facade.

• In addition to the blades, the facade will also feature green walls, enhancing biodiversity and greenery in the area, absorbing carbon dioxide, and supporting stormwater management.

• Architect: Lloyds Arkitektkontor

• Contractor: Wästbygg

• Address: Marie Curies allé