Imagine living inside a wind turbine, surrounded by the curves of a structure that once generated clean energy high above the ground. This futuristic concept has become a reality thanks to the collaboration between Superuse Studios and Vattenfall, who transformed a decommissioned nacelle into a cozy, code-compliant home. The project, known as the Nestle Tiny House, is a testament to creative reuse and sustainable living.
As wind farms age, thousands of turbines will be dismantled, leaving behind large structural elements that are difficult to recycle. Instead of scrapping these components, the team saw an opportunity to give them a new life as sustainable living spaces. Vattenfall invited four design teams to propose second-life uses for obsolete turbines, and Superuse Studios took on the challenge of turning a small nacelle into a functional home.
The chosen nacelle, measuring just four meters wide and ten meters long, was once part of a wind turbine in Austria that generated 73 gigawatt-hours of clean electricity over two decades. Now, it sits at ground level, transformed into a compact home with a kitchen, bathroom, and living space. Despite its tight proportions, the house meets building code requirements, making it suitable for everyday living or as a holiday retreat.
The interior design is thoughtful and efficient, with modern touches like a heat pump, rooftop solar panels, and a solar water heater that enable off-grid living. The combination of upcycled materials and sustainable features makes the Nestle Tiny House an inspiring model for eco-conscious living and creative reuse. This project showcases the potential for sustainable architecture to go beyond recycling materials and reimagine their purpose.
The collaboration between Superuse Studios and Vattenfall has sparked new conversations about the possibilities of design and environmental responsibility. For tiny home enthusiasts and designers, the Nestle Tiny House is proof that innovative living can start with a creative approach to reuse and sustainability. As the world shifts towards more eco-friendly living, projects like this one demonstrate that even the most unlikely structures can be transformed into functional, comfortable, and sustainable homes.