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Today, at Impernor Asbitra, we are celebrating. It has been five years since the Repsol Campus was inaugurated at 44 Méndez Álvaro Street in Madrid. A building that has become an architectural reference worldwide, awarded with the LEEDNC Certification in the Platinum category, and a corporate symbol, which confirms the commitment to people, society and the planet of the Repsol brand.
Located in one of the nerve centers of the Spanish capital, it is an open space, with four intelligent cloistered buildings; around a large central garden that, among other features, includes 100 trees. A design that facilitates communication and teamwork among the 4,000 professionals who work there.
Since 2013, the Repsol Campus has been promoting a new way of working, a new way of doing things based on values such as collaboration, flexibility, innovation and transparency, a tailor-made suit designed by Rafael de la Hoz and built with an investment of 126.6 million euros. With a design that adapts respectfully to the environment and ensures sustainability in the 122,893.28 m2 of its total built area, distributed in an equivalent manner, above ground and basement levels.
The main feature of this complex is the 105 large steel frames that embrace the buildings. They are part of its structure and contribute to its stability, allowing the open spaces inside to support 45,000 m2 of glazed facade. The volume of the building is divided into 5 floors: three above ground, with 66,277.31 m2 built, and two below ground, with 55,615.97 m2, around a courtyard plot, whose extension is equivalent to 1.5 times that of a soccer field.Distribution of uses:
First floor: Complementary uses to offices.
Upper floors: Offices, facilities and services for its operation.
Floors below ground level: Parking and facilities areas.
Impernor Asbitra is proud to have contributed, together with Sacyr, to a project of this magnitude in which 3,000 m2. of buried structures and 63,000 m2. of landscaped roofs were waterproofed. Other services included 41,500 m3. of lightweight concrete, 71,000 m2. of geotextile felts and separating layers, 22,000 m2. of thermal insulation, 3,600 m2. of acoustic membranes and 3,000 m2. of drainage sheets.The materials used for these works are: cellular and arlite, for light concrete; two-layer parking and anti-root systems, for asphalt sheets; polyester and polypropylene, for geotextile felts; xps and kork, for thermal insulation; multilayer, for acoustic membranes; and pead, for drainage sheets.
