Golovanova L. A., Kuleshova N. A.

The experience of building geoactive constructions in Russia

This article the peculiarities of the use of renewable sources of energy, create energy passive and active of gulistani and heliconias. Shows structural elements of the solar systems: solar collectors, concentrating solar power and energy storage in active buildings and Heliconia. The factors influencing the use of solar energy in heliothane latitudinal and meridional orientation. Analyzed the experience of the use of solar systems in Russia and the city of Khabarovsk. Set that to ensure sustainable eco-nomic, environmental, and energy-efficient development of urban systems must fulfill two conditions of energy supply of buildings to minimize the use of non-renewable en-ergy resources through energy efficiency measures; to increase the use of renewable en-ergy sources.
Heliothane significantly improve their energy efficiency and save the environ-ment from pollution. It seems that with the rising prices of traditional energy sources - coal, gas, diesel fuel interest in renewable energy will increase. This may contribute to reducing the cost of elitechrome and equipment. Therefore, will continue to expand op-portunities for the development of solar architecture.
In our time, the most promising direction for the project-the design and creation of solar buildings in Russia are technology passive utilization of solar energy. Attractive for customers are building volumes as conservatories, atriums, balconies, greenhouses, Trombe-Michel walls, which allow you to accumulate solar energy in the building of the deposits and to reduce the needs of the buildings in thermal energy.

Keywords: energy efficiency, energy supply., heliconias, helioenergetics buildings, solar collectors, solar systems, гелиоздания, гелиоколлектор, гелиокомплекс, гелиосистемы, энергообеспечение, энергосбережение., энергоэффективность