Building - Príncipe de Vergara, 131

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THE BUILDING

A modern boutique office building in Madrid’s Central Business District (CBD).
Discover an inspiring, healthy and sustainable workspace on the inside – plus everything the city has to offer just outside.

THE FAÇADE

The building’s façade makes an impressive first impression in a modern style. Its glass features a special sunlight reflection effect that simulates undulating waves.

Facing in three directions, Príncipe de Vergara 131 offers a free-standing façade, perfectly adapted to the surrounding environment, with modern exteriors.

A highly representative
arrival experience

Staff and visitors access the building via an elegant double-height reception lobby equipped with smart lockers, interactive screen and WiFi.

Four high-speed elevators, with a capacity for 12 people, connect to the above-ground office space and underground parking floors.

Inspiring and
efficient workspace

Príncipe de Vergara 131 offers 6,282 m2 of inspiring open plan office space distributed over 8 floors, with perimeter columns only, and superb levels of natural light flooding the workspace through the wraparound glass façade.

LARGE OFFICE SPACES WITH VIEWS

1 FALSE METAL CEILING
2 SLIM PANEL LIGHTING
3 AIR CONDITIONING EQUIPMENT
4 SWIRL DIFFUSER
5 AIR EXTRACTION
6 VENTILATION DUCT
7 SMOKE DETECTORS
8 TECHNICAL FLOOR

TECHNICAL ESPECIFICATIONS

4 elevators (speed of 1,6 m/s – 12 people – 900 kg).
Installation of DAIKIN VRV air conditioning with heat recovery and high implementation flexibility.
High-efficiency lighting with a control and regulation system for perimeter lighting levels, controlled by detectors.
Special design for office work and energy saving, low temperature emission, low luminance, glare control and intensity control based on natural light.
Monitoring and control of air quality with CO2 sensors for efficient management.
Photovoltaic installation on the roof to generate green energy, a greater degree of sustainability and improved building energy efficiency.
Security systems (supervised 24 hours a day) and communications infrastructure.
Solar thermal installation that allows the generation and accumulation of hot water through solar thermal panels, located on the roof, for the supply of domestic hot water in toilets.
BMS system with centralised general control system (which includes lighting control, airconditioning and consumption control).
Relative humidity and temperature control systems.