Bodegas Protos: Architectural and Structural Innovations

Bodegas Protos stands as a testament to innovative design and architectural prowess, capturing the essence of modern winery construction. Its approach blends tradition with technology, creating a functional space and an iconic structure that attracts visitors globally.

Architectural Design of Bodegas Protos

Designed by Richard Rogers with Alonso Balaguer y Arquitectos Asociados, Bodegas Protos features a sweeping roofline that mirrors the surrounding hills. This design facilitates natural ventilation and optimizes thermal performance. Local materials like limestone and wood integrate the building with its environment. Limestone from nearby quarries connects to the region’s geology, while wood adds warmth. This material choice enhances visual appeal and sustainability by reducing transportation emissions and supporting local economies.

Inside, large glass facades allow natural light to flood the interior, blurring the boundaries between indoor and outdoor spaces. This transparency offers panoramic views of the countryside, enhancing the visitor experience.

Structural Innovations

Bodegas Protos integrates structural ingenuity for resilience and functionality. Reinforced concrete arches support the roof and distribute loads efficiently, minimizing the need for internal columns and creating expansive spaces. Engineers optimized the curvature and span of each arch for structural integrity and aesthetic appeal.

Post-tensioned concrete increases load-bearing capacity, allowing for thinner slabs and beams, reducing material consumption. Steel reinforcements enhance durability and seismic resistance, crucial for the region. Prefabrication streamlined assembly, reducing construction time and waste. Prefabricated components facilitate future maintenance and expansion, offering flexibility as needs evolve.

Materials Used in Construction

Material selection prioritized sustainability and innovation. Advanced glazing technology maximizes energy efficiency, maintaining a stable internal climate and reducing reliance on artificial climate control. UV-resistant coatings protect interior spaces and wine from harmful rays.

Eco-friendly materials like bamboo, known for renewability and strength, were used for interior finishes. Recycled steel provided structural strength, reducing the carbon footprint. Green roofing materials, including lightweight soil and drought-resistant vegetation, enhance thermal performance and aid rainwater management.

Integration with Landscape

Bodegas Protos achieves seamless integration with its landscape by respecting natural topography. The building’s orientation minimizes disruption, preserving the area’s beauty and enhancing the microclimate for viticulture.

Indigenous vegetation in landscaping blends the structure with local flora, supporting biodiversity. Pathways and terraces mimic natural contours, inviting exploration and showcasing the transition from vineyard to architecture.

Interior Layout and Functionality

The interior balances operational efficiency with an engaging visitor experience. The layout integrates winemaking with visitor interaction, ensuring smooth workflow and maintaining hygiene and safety standards.

Visitors experience a curated journey highlighting the winemaking process. Open spaces and clear sightlines allow observation without disruption, fostering appreciation for the craft. Tasting rooms and hospitality areas capitalize on vineyard views, designed to accommodate various group sizes and events. Natural materials and warm lighting create an inviting atmosphere, while advanced technology ensures comfort.

Lighting and Acoustics Design

Lighting and acoustics design create a functional and inviting environment. Extensive glass use maximizes natural light, reducing artificial lighting needs and creating dynamic light interplay. At night, LED and indirect lighting highlight architectural features and provide ambiance, ensuring energy efficiency.

Acoustics are crucial in tasting rooms and event spaces. Sound-absorbing materials minimize noise and reverberation, enhancing social interactions. Noise control measures in production areas ensure a conducive working environment.