Located in the suburbs of Limassol, this private residence is situated in an area that is characterized by natural altitude variations.

The plot itself is located four meters above the street level. The design process began by sculpting the terrain and shaping the plot into terraces, providing additional space for planting at the residence’s main façade. A ramp positioned at the northern edge of the plot provides smooth entry for cars and bicycles, ensuring a practical connection between the street and the ground floor of the house.

As part of our rainwater management approach, the ground surface of the plot was sealed only where absolutely necessary, restricted mainly to the footprint of the house, while the rest of the outdoor areas were designed using permeable materials that facilitate natural water absorption. Additionally, part of the roofs of the house were designed as green roofs to support vegetation, while the non-planted roof areas were designed to collect rainwater and direct it to a stormwater pit, thereby enriching the groundwater table.

Structurally, the house itself is a composite structure of timber and steel, while all the retaining walls are made of concrete. The unique features of the chosen construction method were utilized to minimize the energy footprint and avoid thermal bridges, optimizing insulation and enhancing the energy efficiency of the house. 

Passive design principles further contribute to sustainability, maximizing natural light and heat regulation throughout the year. On the upper floor of the house, the southeast and the southwest-facing windows are equipped with automated shading panels, that dynamically adjust to solar exposure. The ground floor features large openings that work in relation to the surrounding landscape that was carefully planned and arranged, allowing sunlight to reach the interior of the house during the winter months, while providing shade and cooling during the summer period.