The main advantage of such an office is its existence at the expense of alternative and renewable energy sources and other resources, such as solar radiation, wind, rain. Compositionally, the structure on a 32,500 m2 site resembles a university campus or mini-city: it is a set of sections for various departments of the company, united by atriums. From above, this structure is covered with a massive roof - "awning", the cells of which are solar panels. Set at an angle to each other, they form a semblance of "diamond rustic" and turn a massive roof, which in places "creeps" to the ground, into the main decorative technique. Solar membrane panels also define the look of the interior, along with the aluminum cladding.
The building is equipped with a system of using not only solar, but also wind energy, as well as groundwater and rainfall, which accumulate for watering greenery, washing cars and cleaning. Atriums, containing communication hubs with pedestrian bridges between adjacent sections, promote natural circulation and improve air quality, which is monitored by sensors in each room. In addition, the atriums are landscaped. In general, the energy management system used in the project significantly reduces the consumption of all resources, and with it the CO2 emissions.
The project is designed for a phased implementation: already at the first stage of construction, a completed “cell” will appear, with the expectation that the next one can be added to it at any time. Moreover, the number of solar panels in one "cell" is sufficient to produce energy that covers the costs of building the next stage. The premises in each section are constructed from precast concrete panels.
N. K.
