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Luxury villa in Las Colinas Golf, Costa Blanca The property is located in the Mimosa community, Las Colinas Golf & Country Club in Dehesa de Campoamor. It offers 3 bedrooms and 4 bathrooms with a designed pool and many special features. Located on the second line of the award-winning golf course and within walking distance of the clubhouse and all available amenities. Built on two levels and with ultra-modern features and facilities that have received “green certification”, making it an eco-friendly villa and a unique concept in the complex. Pebbles House breaks with conventions and creates surprises with unexpected perspectives and unique experiences. “This home is both intimate and diverse, filled with identity. A place where art and everyday life are constantly woven together, creating an emotional and family-friendly place,” the company says. On the semi-subterranean plane, curved retaining walls give shape to interior, exterior, and pool areas in an effort to minimize the weight of the structure by using the form to increase the transfer of energy through the surface in contact with the surrounding environment. These curvy spaces explore the experience of living inside a rolling rock while serving as energy accumulators. On the floor above the Pebble (the main structure of the house), the program of living room, kitchen and pool is developed in a dwelling between technical volumes with retractive windows, where the experience of living outdoors is experienced on different planes: interior, semi-exterior and exterior. Over the Pebble rises a pavilion with a thick wire structure where the bedrooms and private spaces are located. With a 45 degree rotated outline relative to the structural grid, the bedrooms look out through two large openings, making each room have two different orientations. Both windows and blackout panels slide along the facade, offering a range of situations, from a fully enclosed shell to one in which the floor opens to the outside with 50% of the surface. The main source of energy is electricity generated by photovoltaic panels. Among various sources of renewable energy, solar photovoltaics is considered the most efficient, with the integration of 40 m2 of photovoltaic panels on the roof of the building. The solar panels capture solar energy and convert it into electricity; geothermal probes exchange energy with the deep layer, with stable temperatures throughout the year, increasing the efficiency of other exchange systems such as aerothermia and reducing equipment maintenance while improving durability by having the entire air conditioner run through the house, protected from the sun and corrosion. The heat recovery ventilation system maintains indoor air quality through constant renewal of clean air and removal of used air, ensuring a temperate climate and adapted humidity all year round without loss of efficiency for the heating and cooling system. At the same time, the proposed closure system, with large sliding glass openings, allows the transfer of the outdoor living experience to the residence during the temperate hours of most of the day. The external protection of these openings by automated sliding blinds reduces the transmission (U) from the facade both during hours of excessive sunshine and when the temperature drops at night.