Master Thesis_FestiHUB

Concept

Thesis

Within the context of my master thesis, I explore the imperative to repurpose antiquated typologies within the urban fabric, in order to foster innovative experimentation and revitalize vacant urban voids. A prime example of this is this proposal to transform Madrid’s obsolete Legazpi Market into a dynamic cultural and innovation centre that specializes in large scale music events. The 30,000m2 triangular site encompasses a two-story industrial building and a strong reticular concrete structure measuring 6x6m.

Architecture

The proposed design is defined by three integral components: the cultural centre (La Nave), HUB, and the Stage. By strategically carving out voids within the original static structure, the reimagined building incorporates dynamic festival-inspired light steel structures and elements that efficiently host experimental spaces. Technology is an essential element of the design, from the architectural structure to the intelligent facade of the inner patio, serving as a fundamental means to fulfil the new energetic requirements and promote flexibility.

The project pays homage to the historical significance of the original construction, recognizing its relevance to Madrid’s architectural legacy. As such, the past, present, and future are inextricably intertwined, transcending temporal boundaries to create a seamless narrative. This is not a new beginning, but rather the next chapter in the evolution of the building’s and neighbourhood´s story.

Year: 2019-20. Madrid, Spain. Intervention and new construction. ETSAM - UPM (Polytechnic University of Madrid).

Program

Facade system description

The facade shading system would be composed of a series of glass panels that are mounted on a motorized frame. The motorized frame would be equipped with sensors that detect the position of the sun and communicate with a control system to adjust the direction and angle of the shading system.

The glass panels themselves would be made of a photovoltaic material that converts sunlight into electricity. The electricity generated by the panels would be stored in batteries, which would power back the facade system alongside with supplying electricity to light up the square and building during night time.

The control system would be able to adjust the orientation and angle of the shading system in real-time to follow the sun’s movement and optimize shading for the building’s interior - as we can see in the Grasshopper preview image. The system could be programmed to automatically adjust the shading angle during different times of the day or season, ensuring optimal shading and energy generation.

The glass panels would be transparent, allowing natural light to enter the building while also blocking direct sunlight and reducing heat gain. The panels could be designed with different levels of transparency and incorporates a colour lighting system to achieve different aesthetic effects.

Overall, the intelligent facade shading system would provide a sustainable solution for reducing energy consumption and improving building performance. It would also offer an attractive and innovative facade design that reflects the building’s program while respects the commitment to sustainability and energy efficiency.