PARA\\EL FLATS

Introducing our latest architectural venture in the serene suburban landscape of Saronida, a beloved seaside retreat just outside Athens. This residential building epitomizes modern architectural design with a focus on the harmony between indoor and outdoor living. The essence of summer and relaxation is captured in every element of this design, making it an ideal sanctuary for both vacationers and permanent residents.

The architecture of this residential building is marked by sleek, modern lines, predominantly horizontal. We aimed to blend seamlessly into the natural backdrop of Saronida’s coastal environment. Each residence is designed with expansive outdoor living spaces, including large balconies and lush gardens. These areas are thoughtfully integrated with abundant vegetation, offering residents a private oasis where they can unwind and relish in the mild Mediterranean climate.

Our commitment to sustainable living is deeply embedded in the design. The building boasts an A+ energy consumption rating, featuring green passive architectural elements that optimize the natural breeze for cooling. In parallel, they prevent overheating from the intense summer sun. These sustainable choices not only enhance comfort but also ensure that the building contributes positively to its environment.

Inside, the interiors are meticulously planned to maximize space without sacrificing style or functionality. The color palette of white and earthy tones adds a sense of calmness and timelessness to the spaces, complementing the building’s contemporary aesthetic. This careful design strategy ensures that every square meter is utilized effectively, offering a perfect blend of beauty and practicality.

This residential project in Saronida is more than just a place to live—it is a lifestyle choice that celebrates the beauty of the natural environment.  It is a testament to our vision at PLINTHOS Architects for creating spaces that are not only visually stunning but also deeply connected to their surroundings and sustainable at their core.