Elementul is a combination of a digital app and a physical, energy-generating park located in Copenhagen. The project aims to address the city's increasing rainfall and flooding issues by integrating smart, responsive infrastructure. The app will analyze real-time and historical weather data (sun, rain, wind, etc.) to inform the park's design, which will dynamically shift its energy collection methods. The park will also revitalize an underutilized area by increasing foot traffic and enhancing local biodiversity.

The core of Elementul's design is its data-driven responsiveness. The app acts as the brain, collecting and analyzing meteorological data to inform the park's physical design and energy infrastructure. The strategy is to create a symbiotic relationship between the digital and physical spaces. For example, during a prolonged period of high sun, the park's infrastructure would automatically configure to maximize solar energy collection, deploying solar panels and optimizing their angles. Conversely, during heavy rainfall, the system would prioritize hydrokinetic and rainwater harvesting systems, channeling water through turbines or into storage for later use. This dynamic design ensures the park is always optimized for the current environmental conditions.

Elementul is a combination of a digital app and a physical, energy-generating park located in Copenhagen. The project aims to address the city's increasing rainfall and flooding issues by integrating smart, responsive infrastructure. The app will analyze real-time and historical weather data (sun, rain, wind, etc.) to inform the park's design, which will dynamically shift its energy collection methods.

Instead of building a traditional park with separate, single-purpose elements, Elementul will use integrated and multi-functional systems. The design will merge infrastructure with landscape, so that one element serves multiple purposes. For instance, the same structures that support solar panels could also serve as canopies for park visitors, providing shade while collecting energy. Similarly, a series of terraced green roofs could manage stormwater runoff, create new habitats for biodiversity, and be used as gathering spaces. This approach maximizes efficiency and minimizes the park's physical footprint.

To increase foot traffic, the park must be an engaging, interactive destination. The design will focus on user experience. The app will provide a gamified experience, allowing visitors to see the park's real-time energy generation, track their contribution to the collective energy output, and learn about the park's ecological functions. The physical space will offer diverse zones for different activities—from quiet reflective areas to open lawns for community events. Interactive installations and educational signage will provide a unique, informative experience, making the park a destination for both residents and tourists.